{ "data": [ { "presentation_id": "PID-04-16-2024-0001-01", "year": "2024", "pp_date": "4/16/2024", "title": "OFCnet 2024 Readout", "author": "Scott Kohlert", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2024/JET-Scott-Kohlert-04162024.pdf", "media_type": "pdf", "description": "Presentation by Scott Kohlert, Ciena, OFCnet Architect, at the Joint Engineering Team (JET) monthly meeting on April 16, 2024. Abstract: \"Summary of the OFCnet activity for the OFC 2024 conference. Details of the architecture that was deployed, demonstrations that used the infrastructure, and other related activities as part of the OFC 2024 conference.\"", "metadata_created": "4/22/2024", "metadata_modified": "4/22/2024", "topic": "networking", "comments": "", "presented_at": "JET", "key_words": "Optical Fiber Communication Conference and Exhibition (OFC); OFCnet; OPTICA; FABRIC; NA-REX; quantum networks; QKD encryption; MACsec; High Luminosity LHC; 400G; entanglement; open line system; open transponder platform; fiber longitudinal remote sensing; Lumen; CENIC; Ciena; SDSC" }, { "presentation_id": "PID-03-06-2024-0001-01", "year": "2024", "pp_date": "3/6/2024", "title": "Demonstrations Planned for FABRIC/National Research Platform Workshops and OFC", "author": "Joe Mambretti", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2024/JET-Joe-Mambretti-03072024.pdf", "media_type": "pdf", "description": "Presentation by Joe Mambretti , Director, International Center for Advanced Internet Research (www.icair.org), Northwestern University; Director, Metropolitan Research and Education Network (www.mren.org); Director, StarLight International/National Communications Exchange Facility (www.startap.net/starlight), PI: StarLight SDX, Co PI Chameleon, PI iGENI , PI OMNINet, at the Joint Engineering Team (JET) monthly meeting on March 6, 2024. Abstract: \"Global data intensive science research communities are innovating with advanced concepts, experiments, instruments, methhods, techniquesques, data, and technologies. These innovations ate being showcased at multiple workshops, conferences, end other forums. This presentation provides an overview of selected demonstrations, including 400 Gbps, 800 Gbps, and 1.2 Tbps WAN services.\"", "metadata_created": "4/12/2024", "metadata_modified": "4/12/2024", "topic": "networking", "comments": "", "presented_at": "JET", "key_words": "FABRIC; National Research Platform (NRP); OFC; NA-REX; OFCnet; Global Research Platform (GRP); ESnet; Internet2; CENIC" }, { "presentation_id": "PID-03-06-2024-0002-01", "year": "2024", "pp_date": "3/6/2024", "title": "N-Wave’s Progress in Alaska & Future Outlook", "author": "Rob Sears", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2024/JET-Rob-Sears-03072024.pdf", "media_type": "pdf", "description": "Presentation by Robert Sears, NOAA, at the Joint Engineering Team (JET) monthly meeting on March 6, 2024. Abstract: \"Description of NOAA's N-Wave network's current network in Alaska, the underway expansion to support additional sites that are on-boarding, the installation of a Trusted Internet Connection (TIC) and the construction of an open internet exchange in Anchorage.\"", "metadata_created": "4/12/2024", "metadata_modified": "4/12/2024", "topic": "networking", "comments": "", "presented_at": "JET", "key_words": "N-Wave; Alaska; National Weather Service (NWS); Trusted Internet Connection (TIC); Alaska Perring Exchange (AIX); Barrow; Utqiaġvik" }, { "presentation_id": "PID-11-14-2023-0001-01", "year": "2023", "pp_date": "11/14/2023", "title": "StarLight, the GRP, and SC32", "author": "Joe Mambretti", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2023/JET-Joe-Mambretti-11142023.pdf", "media_type": "pdf", "description": "Presentation by Joe Mambretti, Director, International Center for Advanced Internet Research (www.icair.org) Northwestern University; Director, Metropolitan Research and Education Network (www.mren.org); Director, StarLight International/National Communications Exchange Facility (www.startap.net/starlight), PI: StarLight SDX, Co-PI Chameleon, PI-iGENI, PI-OMNINet., at the Joint Engineering Team (JET) monthly meeting on November 14, 2023. Abstract: \"This presentation provides an overview of the StarLight International National Communications Exchange Facility, the Global Research Network, an international collaboration established to support large scale data intensive science, and Network Research Exhibitions at the IEEE/ACM International conference on High Performance Computing, Networking, Storage and Analytics (SC23)\"", "metadata_created": "1/12/2024", "metadata_modified": "1/12/2024", "topic": "networking", "comments": "", "presented_at": "JET", "key_words": "StarLight; GRP; Data-Intensive Science; LHCOPN; LHCONE; SKA; Belle II; LSST; 400 Gbps; 800 Gbps; 1.2 Tbps; AutoGOLE; SENSE; ESnet 6; Internet2; NA-REX; APOnet; SDX; SCinet; Joint Big Data Testbed (JBDT); Chameleon; FABRIC; FAB; GSFC; NRL; NOTED; KIT; TRIUMF; CERN; Packet Marking; Flow Labeling; Rucio; High-Touch; DTNaaS; P4; NDN; Data Mover Challenge; Nautilus; Tein; quantum networks; OFCnet; Co-Propagation" }, { "presentation_id": "PID-11-14-2023-0002-01", "year": "2023", "pp_date": "11/14/2023", "title": "ATDnet: Washington DC Metro Area Dark Fiber Network", "author": "Basil Decina", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2023/JET-Basil-Decina-11142023.pdf", "media_type": "pdf", "description": "Presentation Basil A. Decina, Linden B. Mercer, US Naval Research Laboratory, at the Joint Engineering Team (JET) monthly meeting on November 14, 2023. Abstract: \"Presented an update to the ATDnet, the Washington DC Metro Area dark fiber research network.\"", "metadata_created": "1/12/2024", "metadata_modified": "1/12/2024", "topic": "networking", "comments": "", "presented_at": "JET", "key_words": "Naval Research Laboratory (NRL); dark-fiber; NIST; GSFC; Washington Metro Quantum Network Research Consortium; DC-QNet; NQI" }, { "presentation_id": "PID-11-14-2023-0003-01", "year": "2023", "pp_date": "11/14/2023", "title": "Resilient Distributed Processing and Reconfigurable Networks", "author": "Basil Decina; Linden Mercer; Dardo Kleiner; Larry O'Ferrall; Louis Berger; Richard Elliott", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2023/JET-Decina-Mercer-11142023.pdf", "media_type": "pdf", "description": "Presentation by Basil A. Decina, Linden B. Mercer, US Naval Research Laboratory, at the Joint Engineering Team (JET) monthly meeting on November 14, 2023. Abstract: \"Description of Naval Research Laboratory (NRL) and Joint Big Data Testbed (JBDT) Network Research Exhibition (NRE) demonstration at SC23 in Denver, CO, 13-16 November 2023. Dynamic arrangement and rearrangement of widely distributed processing of large volumes of data across a set of compute and network resources organized in response to resource availability and changing application demands, along with enablers for high volume bulk data transfers. A software controlled network was assembled using a number of switches and multiple SCinet 400G/100G connections from DC and Chicago to Denver.\"", "metadata_created": "1/12/2024", "metadata_modified": "1/12/2024", "topic": "networking", "comments": "", "presented_at": "JET", "key_words": "Naval Research Laboratory (NRL); resilient network, distributed processing, reconfigurable network; terabyte; decision cycle; 400G; global access; RDMA; Joint Big Data Testbed (JBDT); SC23; StarLight; McLean; iCAIR; GSFC; NASA; SCinet; NRE; QoS; Mission Oriented Reconfigurable Networking (MORN); traffic engineering; orchestration" }, { "presentation_id": "PID-10-17-2023-0001-01", "year": "2023", "pp_date": "10/17/2023", "title": "Internet2 Routing Integrity Update to the JET", "author": "Steven Wallace", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2023/JET-Steven-Wallace-10172023.pdf", "media_type": "pdf", "description": "Presentation by Steven Wallace, Director, Internet2 Routing Integrity, at the Joint Engineering Team (JET) monthly meeting on October 17, 2023. Abstract: \"A brief update on Internet2's routing integrity efforts.\"", "metadata_created": "11/1/2023", "metadata_modified": "11/1/2023", "topic": "networking", "comments": "", "presented_at": "JET", "key_words": "Routing Integrity; ROA; RPKI; ARIN, AS-Path" }, { "presentation_id": "PID-09-29-2023-0001-01", "year": "2023", "pp_date": "9/29/2023", "title": "MANRS Update for JET", "author": "Andrew Gallo; Amreesh Phokeer", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2023/JET-Andrew-Gallo-09292023.pdf", "media_type": "pdf", "description": "Presentation by Andrew Gallo, Principal IT Architect at The George Washington University, at the Joint Engineering Team (JET) monthly meeting on Septmebr 29, 2023. Abstract: \"A periodic update on the Mutually Agreed Norms for Routing Security (MANRS). Covering current activities of the mentors and ambassadors program, MANRS+, and recent routing security summit.\"", "metadata_created": "9/20/2023", "metadata_modified": "9/20/2023", "topic": "networking", "comments": "", "presented_at": "JET", "key_words": "Mutually Agreed Norms for Routing Security (MANRS); global initiative; routing threats; network operators; internet exchange points; CDN; cloud providers;" }, { "presentation_id": "PID-07-18-2023-0001-01", "year": "2023", "pp_date": "7/18/2023", "title": "Can Arctic submarine cable systems enhance secure intercontinental connectivity?", "author": "Erik-Jan Bos", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2023/JET-Erik-Jan-Bos-07182023.pdf", "media_type": "pdf", "description": "Presentation by Erik-Jan Bos, NORDUnet, at the Joint Engineering Team (JET) monthly meeting on July 18, 2023. Abstract: \"The current geopolitical situation has further increased the need for more resilience for the world's intercontinental submarine cable infrastructure. Add to this, the desire of Europe and Asian countries to have direct interconnectivity, and this has put the focus on one of the last remaining submarine cable white spots on our planet: The Arctic Ocean. This talk will dive into the opportunity and need for at least two submarine cable systems through the Arctic, possibly equipped with sensing equipment for science purposes, such as climate research and marine biology.\"", "metadata_created": "7/18/2023", "metadata_modified": "7/18/2023", "topic": "networking", "comments": "", "presented_at": "JET", "key_words": "Polar Connect; Far North Fiber; North Pole Fiber; NORDUnet; Denmark; Finland; Iceland; Norway; Sweden; European Union; submarine cable; trans-Arctic; European Data Gateways; Arctic Data Gateway; Cinia; C-LION2; Hokkaido; Vision 2030; European Consortium for Ocean Research Drilling (ECORD); submarine scientific sensors; Svalbard" }, { "presentation_id": "PID-05-09-2023-0001-01", "year": "2023", "pp_date": "5/9/2023", "title": "FABRIC Research Infrastructure: Status, Features, Uses Cases", "author": "Tom Lehman", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2023/JET-Tom-Lehman-05092023.pdf", "media_type": "pdf", "description": "Presentation by Tom Lehman, FABRIC Project Team, at the Joint Engineering Team (JET) monthly meeting on May 9, 2023. Abstract: \"Overview of FABIC Research Infrastructure.\"", "metadata_created": "6/2/2023", "metadata_modified": "6/2/2023", "topic": "networking", "comments": "", "presented_at": "JET", "key_words": "FABRIC; FAB (FABRIC Abroad); testbed; GPU; FPGA; network compute; network storage; ESnet6; CERN; P4; DPDK; L3; L2; measurement; Chameleon; CloudLab; Powder; Cryo-EM" }, { "presentation_id": "PID-05-03-2023-0001-01", "year": "2023", "pp_date": "5/3/2023", "title": "An Overview of AI Workflows for HPC Systems", "author": "Rafael Ferreira da Silva", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2023/MAGIC-Rafael-Ferreira-da-Silva-05032023.pdf", "media_type": "pdf", "description": "Presentation by Rafael Ferreira da Silva, Oak Ridge National Laboratory, at the Middleware and Grid Interagency Coordination (MAGIC) monthly meeting on May 3, 2023. Abstract: \"Scientific workflows are critical tools in modern scientific computing, enabling the orchestration of large and complex experiments that span multiple facilities and computational resources. Artificial intelligence (AI) and machine learning (ML) methods are now mainstream in modern science. As computational power increases, including the recent achievement of exascale computing, AI/ML methods can at present, for example, generate highly accurate models that accelerate the rate of scientific discovery of complex problems running at very large scales. As a result, workflows increasingly integrate ML models to guide analysis, couple simulation and data analysis codes, and exploit specialized computing hardware (e.g., GPUs and neuromorphic chips).\"", "metadata_created": "5/3/2023", "metadata_modified": "5/3/2023", "topic": "AI workflows", "comments": "", "presented_at": "MAGIC", "key_words": "AI; community; data; development; HPC; https; model; research; training; workflows" }, { "presentation_id": "PID-05-03-2023-0002-01", "year": "2023", "pp_date": "5/3/2023", "title": "Managing a highly heterogeneous workload at NERSC: How we provision resources for batch and urgent workflows", "author": "Deborah Bard", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2023/MAGIC-Deborah-Bard-05032023.pdf", "media_type": "pdf", "description": "Presentation by Deborah Bard, NERSC, at the Middleware and Grid Interagency Coordination (MAGIC) monthly meeting on May 3, 2023. Abstract: \"The workload of HPC centers is evolving, with an increasing need to support simulations, AI model training and data analysis, often all at once, and often with time-sensitive constraints. In this talk I will discuss how NERSC is balancing the needs of our large-scale batch workload with the ability to provision resources for urgent computing. I will introduce the driving use cases from experimental and observational facilities, and describe how we have adapted our operations and workload scheduler to accommodate these new workflows.\"", "metadata_created": "5/3/2023", "metadata_modified": "5/3/2023", "topic": "heterogeneous workload", "comments": "", "presented_at": "MAGIC", "key_words": "analysis; compute; data; experiment; experimental; facilities; jobs; NERSC; nodes; simulation" }, { "presentation_id": "PID-04-18-2023-0001-01", "year": "2023", "pp_date": "04/18/2023", "title": "OFCnet - Connection is the Catalyst", "author": "Scott Kohlert; Chris Tracy", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2023/JET-Scott-Kohlert-04182023.pdf", "media_type": "pdf", "description": "Presentation by Scott Kohlert (Ciena) and Christ Tarcy (ESnet) at the Joint Engineering Team (JET) monthly meeting on April 18, 2023. Abstract: \"Description of the OFC conference, and OFCnet. Gives an overview of why OFCnet was created, and what it looked like for 2022 and 2023. Also talks about plans for 2024.\"", "metadata_created": "5/11/2023", "metadata_modified": "5/11/2023", "topic": "networking", "comments": "", "presented_at": "JET", "key_words": "Optical Fiber Communication Conference (OFC); Optica; OFCnet; quantum; co-propagation; 800GE; 400ZR/ZR+ coherent; QKD encryption; SDSC; CENIC; ESnet; High Touch; StarLight; Smart City; Lumen; Ciena" }, { "presentation_id": "PID-02-21-2023-0001-01", "year": "2023", "pp_date": "02/24/2023", "title": "SCinet at SC22 and a look forward to SC23", "author": "Scott Kohlert", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2023/JET-Scott-Kohlert-02212023.pdf", "media_type": "pdf", "description": "Presentation given by Scott Kohlert, Senior Systems Design Engineer, Ciena, at the Joint Engineering Team (JET) monthly meeting on February 21, 2023. Abstract: \"Summary of SCinet for SC22 in Dallas and a preview of what to expect for SC23 in Denver.\"", "metadata_created": "02/24/2023", "metadata_modified": "02/24/2023", "topic": "networking", "comments": "", "presented_at": "JET", "key_words": "SC22; SC23; SCinet; NRE; XNET; IPv6; IPv6-only; LEARN; ESnet; Internet2; Arelion; 5G; LEO" }, { "presentation_id": "PID-02-01-2023-0001-01", "year": "2023", "pp_date": "2/1/2023", "title": "Multitenancy at the ALCF", "author": "William (Bill) E. Allcock", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2023/MAGIC-William-Allcock-02012023.pdf", "media_type": "pdf", "description": "Presentation by William (Bill) E. Allcock, ALCF Director of Operations/Manager Advanced Integration Group, at the Middleware and Grid Interagency Coordination (MAGIC) monthly meeting on February 1, 2023. Abstract: \"This presentation discusses multitenancy at Argonne Leadership Computing Facility. The presentation addresses architectures, security, and how Argonne is experimenting with multitenancy.\"", "metadata_created": "5/3/2023", "metadata_modified": "5/3/2023", "topic": "multitenancy", "comments": "", "presented_at": "MAGIC", "key_words": "computing; data; facility; leadership; multitenancy; network; system; user; scheduling; security; performance; virtual nodes" }, { "presentation_id": "PID-02-01-2023-0002-01", "year": "2023", "pp_date": "2/1/2023", "title": "Multitenancy at SDCC", "author": "Christopher Hollowell", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2023/MAGIC-Christopher-Hollowell-02012023.pdf", "media_type": "pdf", "description": "Presentation by Christopher Hollowell, Brookhaven National Laboratory, at the Middleware and Grid Interagency Coordination (MAGIC) monthly meeting on February 1, 2023. Abstract: \"This presentation will discuss our implementation of multitenancy at the Scientific Data and Computing Center (SDCC) at Brookhaven National Laboratory. This includes details of some of the policies, configuration and technologies we've implemented/adopted to support multitenancy securely, and in a way that minimizes potential performance impacts. The presentation will also address the overall benefits of multitenancy.\"", "metadata_created": "5/3/2023", "metadata_modified": "5/3/2023", "topic": "multitenancy", "comments": "", "presented_at": "MAGIC", "key_words": "container; compute; multitenancy; policy; configuration; technology; storage; scientific data; multi-tenant; container orchestration" }, { "presentation_id": "PID-02-01-2023-0003-01", "year": "2023", "pp_date": "2/1/2023", "title": "OS/R support for Multi-Tenancy in Supercomputing Systems", "author": "John Lange", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2023/MAGIC-John-Lange-02012023.pdf", "media_type": "pdf", "description": "Presentation by John Lange, Oak Ridge National Lab & University of Pittsburgh, at the Middleware and Grid Interagency Coordination (MAGIC) monthly meeting on February 1, 2023. Abstract: \"Supporting multi-tenancy on large scale HPC systems requires a re-evaluation of assumptions that have long guided the design of HPC systems software, with a particular focus on fault protection and security. While modern systems provide numerous hardware features and extensions that enable advanced protection/security capabilities, they have until now been available primarily through commodity software stacks. As we move towards a multi-tenant HPC regime, we need to explore how to extend HPC system software environments to utilize these hardware features without impacting overall system performance. In that vein, this presentation will cover recent research efforts at ORNL and Pitt in HPC optimized Operating System/Runtime architectures designed to support multi-tenancy for HPC and supercomputer class systems.\"", "metadata_created": "5/3/2023", "metadata_modified": "5/3/2023", "topic": "multitenancy", "comments": "", "presented_at": "MAGIC", "key_words": "application; multi-tenancy; supercomputing; systems; security; cloud environment; HPC; kernel fault isolation; hypervisor; workloads; partitioning; software stacks; software compartmentalization" }, { "presentation_id": "PID-11-16-2022-0002-01", "year": "2022", "pp_date": "11/16/2022", "title": "Global Research Platform and SC22 Network Research Exhibitions", "author": "Joe Mambretti", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2022/JET-Joe-Mambretti-11162022.pdf", "media_type": "pdf", "description": "Presentation by Joe Mambretti, at the Joint Engineering Team monthly meeting on November 16, 2022. Abstract: \"Scientific computing communities can be key beneficiaries of the \"Deep Programmable Networks\" paradigm, for example, providing advanced processing at terabits, including across WANs. Operational challenges exist in mainstreaming new techniques, such as in-network computing for scientific applications, especially challenges deploying application code in networks. One approach to meeting these challenges is co-location of advanced services in production facilities: Testbeds=>Prototyping=>Production\".", "metadata_created": "12/28/2022", "metadata_modified": "12/28/2022", "topic": "networking", "comments": "", "presented_at": "JET", "key_words": "StarLight; Naval Research Laboratory (NRL); Goddard Space Flight Center (GSFC); Global Research Platform (GRP); Global Lambda Integrated Facility (GLIF); cyberinfrastructure; Large Hadron Collider (LHC); data intensive science; AI/ML; software defined exchange (SDX); Chameleon; FABRIC; Fabric Across Borders (FAB); AutoGOLE/SENSE; Nautilus; Joint Big Data Testbed (JBDT); P4; DTNaaS; Network Optimized Transport for Experimental Data (NOTED); Janus; KAUST; Named Data Networking (NDN); Software Defined Storage (SDS); 5 Tbps; SupercomputingAsia (SCA); Caltech" }, { "presentation_id": "PID-11-16-2022-0001-01", "year": "2022", "pp_date": "11/16/2022", "title": "KAUST Update", "author": "Alex S Moura", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2022/JET-Alex-Moura-11162022.pdf", "media_type": "pdf", "description": "Presentation by Alex S Moura, at the Joint Engineering Team monthly meeting on November 16, 2022. Abstract: \"Description of King Abdullah University of Science and Technology (KAUST) in Saudi Arabia. The description includes its campus, high performance computers and KAUST's wide-area and campus networks, and related initiatives with international R&E networks\".", "metadata_created": "12/22/2022", "metadata_modified": "12/22/2022", "topic": "networking", "comments": "", "presented_at": "JET", "key_words": "King Abdullah University of Science and Technology (KAUST); Shaheen; NetherLight; SingAREN; Thuwai; Asia-Pacific Europe Ring (AER); NetSage; SR-TE; AAE-1; TGN; XKIX; APOnet; ARENA-PAC; GOREX; JGN; GNA-G" }, { "presentation_id": "PID-11-15-2022-0001-01", "year": "2022", "pp_date": "11/15/2022", "title": "Internet2 Routing Integrity", "author": "Steven Wallace", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2022/MAGIC-Steven-Wallace-11152022.pdf", "media_type": "pdf", "description": "Presentation by Steven Wallace, Director, Internet2 Routing Integrity, at the Middleware and Grid Interagency Coordination (MAGIC) monthly meeting on November 15, 2022. Abstract: \"Overview of Internet2’s Routing Integrity Initiative.\"", "metadata_created": "11/15/2022", "metadata_modified": "11/15/2022", "topic": "internet routing", "comments": "", "presented_at": "MAGIC", "key_words": "adoption; assessment; community; connected; integrity; internet; networks; research; routing; security" }, { "presentation_id": "PID-11-15-2022-0002-01", "year": "2022", "pp_date": "11/15/2022", "title": "Trusted CI Update", "author": "Jim Basney", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2022/MAGIC-Jim-Basney-11152022.pdf", "media_type": "", "description": "Presentation by Jim Basney, Principal Research Scientist, Illinois University, at the Middleware and Grid Interagency Coordination (MAGIC) monthly meeting on November 15, 2022. Abstract: \"An update from Trusted CI, the NSF Cybersecurity Center of Excellence\"", "metadata_created": "11/15/2022", "metadata_modified": "11/15/2022", "topic": "cybersecurity", "comments": "", "presented_at": "MAGIC", "key_words": "community; cybersecurity; development; facilities; research; science; security; software; trust; " }, { "presentation_id": "PID-09-20-2022-0001-01", "year": "2022", "pp_date": "9/20/2022", "title": "Project OVERCOME", "author": "Glenn Ricart", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2022/JET-Glenn-Ricart-09202022.pdf", "media_type": "pdf", "description": "Presentation by Glenn Ricart, US Ignite, at the Joint Engineering Team monthly meeting on September 20, 2022. Abstract: \"The National Science Foundation and Schmidt Futures sponsored a diverse set of ambitious technology and social choices for providing next-gen connectivity in seven difficult-to-serve locations. Community support, including from the federal technical community, is a key factor in successful projects for strengthening education across the board including in engineering, computer science, and the social sciences. \"", "metadata_created": "11/9/2022", "metadata_modified": "11/9/2022", "topic": "networking", "comments": "", "presented_at": "JET", "key_words": "broadband access; CBRS; mm wave; RFoF; community centers; fiber; hotspots; network operator; rural; services; fixed wireless; mesh network; digital town square; WiFi; internet resilience" }, { "presentation_id": "PID-09-20-2022-0002-01", "year": "2022", "pp_date": "9/20/2022", "title": "Mutually Agreed Norms for Routing Security", "author": "Andrew Gallo", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2022/JET-Andrew-Gallo-09202022.pdf", "media_type": "pdf", "description": "Presentation by Andrew Gallo, The George Washington University / CAAREN, at the Joint Engineering Team monthly meeting on September 20, 2022. Abstract: \"An overview of the Mutually Agreed Norms for Routing Security (MANRS) initiative. A brief history of how MANRS started, organizational information, and details on the components of the Network Program.\"", "metadata_created": "11/9/2022", "metadata_modified": "11/9/2022", "topic": "networking", "comments": "", "presented_at": "JET", "key_words": "MANRS; routing validation; route filtering; anti-spoofing; RIR; RADB; ROV; GRIP; network operators; internet exchange points; CDN; cloud providers; network equipment vendors" }, { "presentation_id": "PID-10-18-2022-0001-01", "year": "2022", "pp_date": "10/18/2022", "title": "Internet2 Routing Integrity Initiative", "author": "Steven Wallace", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2022/JET-Steven-Wallace-10182022.pdf", "media_type": "pdf", "description": "Presentation by Steven Wallace, Internet2, at the Joint Engineering Team monthly meeting on October 18, 2022. Abstract: \"The Internet2 Routing Integrity Initiative aims to improve the research and education (R&E) community’s adoption of best practices that strengthen the resilience and reliability of data movement across the R&E network ecosystem to support our shared missions. Routing integrity is an end-to-end challenge that requires the participation of the entire Internet2-networked community and beyond. The Initiative will include Measurement & Reporting, Education, Global Coordination, Outreach & Advocacy, and Adopt the best practices within the Internet2 operated infrastructure.\"", "metadata_created": "11/9/2022", "metadata_modified": "11/9/2022", "topic": "networking", "comments": "", "presented_at": "JET", "key_words": "Internet2; routing integrity; routing security; MANRS; DDoS; IPv6; resilience; RPKI; ROA; IRR; ARIN legacy assignments" }, { "presentation_id": "PID-08-03-2022-0001-01", "year": "2022", "pp_date": "8/3/2022", "title": "Advancing Science with AI from the Edge to the Datacenter", "author": "Geoffrey Fox", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2022/MAGIC-Geoffrey-Fox-08032022.pdf", "media_type": "pdf", "description": "Presentation by Geoffrey Fox, Professor of Computer Science, School of Engineering and Applied Science, University of Virginia, at the Middleware and Grid Interagency Coordination (MAGIC) monthly meeting on August 3, 2022. Abstract: \"We distinguish systems used to support AI and AI supporting data centers (supercomputers, clouds), fog, and edge. Today most AI advances are in deep learning which inevitably uses HPC and stretches from edge to data center. AI will permeate all parts of the computing continuum software stack, systems and application software AI surrogates replace compute intensive libraries by learnt surrogates. This support will be at the system level where it will both improve performance and remove the distinction between supercomputers and clouds by carving out application specific compute resources from a heterogeneous networked hyper-hypersystems. Meta or Foundation Models could generalize across science domains.\"", "metadata_created": "8/3/2022", "metadata_modified": "8/3/2022", "topic": "emerging workloads; computing continuum", "comments": "", "presented_at": "MAGIC", "key_words": "AI; biocomplexity; computing; data; datacenter; edge; HPC; learning; science; simulation; surrogate; system; UVA" }, { "presentation_id": "PID-08-01-2022-0001-01", "year": "2022", "pp_date": "8/1/2022", "title": "Roadmap for Greater Public Use of Privacy-Sensitive Government Data: Workshop Report", "author": "Chris Clifton; Bradley Malin; Anna Oganian; Ramesh Raskar; Vivek Sharma; Weiyi Xia; Jeremy Seeman; Zhiyu Wan; Abhishek Singh", "file_url": "https://www.nitrd.gov/documents/FedDataSharing-Workshop-Report-2022.pdf", "media_type": "pdf", "description": "Government agencies collect and manage a wide range of ever-growing datasets. While such data has the potential to support research and evidence-based policy making, there are concerns that the dissemination of such data could infringe upon the privacy of the individuals (or organizations) from whom such data was collected. To appraise the current state of data sharing, as well as learn about opportunities for stimulating such sharing at a faster pace, a virtual workshop was held on May 21st and 26th, 2021, sponsored by the National Science Foundation and National Institute of Standards and Technologies, and the White House Office of Science and Technology Policy, where a multinational collection of researchers and practitioners were brought together to discuss their experiences and learn about recently developed technologies for managing privacy while sharing data. The workshop specifically focused on challenges and successes in government data sharing at various levels. The first day focused on successful examples of new technology applied to sharing of public data, including formal privacy techniques, synthetic data, and cryptographic approaches. Day two emphasized brainstorming sessions on some of the challenges and directions to address them. These included: Stakeholders; Methods; Equity; Problems and Challenges; Research Agendas; Equity and Unspoken Issues.", "metadata_created": "8/1/2022", "metadata_modified": "8/1/2022", "topic": "privacy; data", "comments": "", "presented_at": "Other venue", "key_words": "access; challenge; community; data; dataset; equity; issue; method; privacy; problem; protection; research; risk; sharing; stakeholder; technology" }, { "presentation_id": "PID-06-01-2022-0001-01", "year": "2022", "pp_date": "6/1/2022", "title": "Cloud, Containers, and Discovery", "author": "Vic Baker; Kelly Rose; Joe Obradovich; Dan McFarland", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2022/MAGIC-Vic-Baker-06012022.pdf", "media_type": "pdf", "description": "Presentation by Vic Baker (MATRIC), at the Middleware and Grid Interagency Coordination (MAGIC) monthly meeting on June 1, 2022. Abstract: \"The presentation contains information about cloud computing, containerization, and data discovery efforts that our EDX team has been implementing. It contains an overview of enabling cloud-native design concepts focused on Kubernetes and helm, as well as a high-level overview of SmartSearch.\"", "metadata_created": "8/1/2022", "metadata_modified": "8/1/2022", "topic": "AI; machine learning; GRID computing; cloud computing", "comments": "", "presented_at": "MAGIC", "key_words": "AI; cloud; clusters; compute; data; development; DOE; ML; open; processing; scalable; SmartSearch; support" }, { "presentation_id": "PID-06-01-2022-0002-01", "year": "2022", "pp_date": "6/1/2022", "title": "Cloud Approach to Machine Learning at the National Renewable Energy Laboratory", "author": "David T. Rager", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2022/MAGIC-David-Rager-06012022.pdf", "media_type": "pdf", "description": "Presentation by David T. Rager, Chief Cloud Technologist, National Renewable Energy Laboratory (NREL), at the Middleware and Grid Interagency Coordination (MAGIC) monthly meeting on June 1, 2022. Abstract: \"At the National Renewable Energy Laboratory (NREL) momentum has grown around the use of machine learning to solve more problems and improve our research efficiency and outputs. Stratus, the cloud computing environment set up for NREL researchers, has seen some growth, but the bulk of the machine learning work is still done outside of Stratus. In response to this, we have refined our approach and recommendations for the usage of cloud resources for machine learning. One of our top goals is now to supplement live workloads with machine learning models supported across hybrid environments, from the edge to the HPC data center, with cloud computing acting as a coordinating system, and to support other use cases where cloud is an appropriate fit.\"", "metadata_created": "8/1/2022", "metadata_modified": "8/1/2022", "topic": "AI; machine learning; GRID computing; cloud computing", "comments": "", "presented_at": "MAGIC", "key_words": "API; applications; AWS; cloud; data; development; engineer; inference; learning; machine; managed; ML; model; networking; operations; platform; schedule; services; storage; support" }, { "presentation_id": "PID-06-01-2022-0003-01", "year": "2022", "pp_date": "6/1/2022", "title": "Designing Next-Generation Intelligent Cyber-Infrastructure: An Overview of the NSF-AI ICICLE Institute", "author": "Dhabaleswar K (DK) Panda", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2022/MAGIC-Dhabaleswar-Panda-06012022.pdf", "media_type": "pdf", "description": "Presentation by Dhabaleswar K. (DK) Panda (The Ohio State University), at the Middleware and Grid Interagency Coordination (MAGIC) monthly meeting on June 1, 2022. Abstract: \"Although the world is witness to the tremendous successes of Artificial Intelligence (AI) technologies in some domains, many domains have yet to reap the benefits of AI due to the lack of easily usable AI infrastructure. The NSF AI Institute for Intelligent CyberInfrastructure with Computational Learning in the Environment (ICICLE) is developing intelligent cyberinfrastructure with transparent and high-performance execution in diverse and heterogeneous environments. It will advance plug-and-play AI that is easy to use by scientists across a wide range of domains, promoting the democratization of AI. In this talk, I will present an overview of the ICICLE Institute. The talk will address challenges in designing future high-performance edge-to-HPC/cloud middleware for AI-driven data-intensive applications. The role of Deep Learning/Machine Learning solutions in the context of the ICICLE institute on three user-inspired science cases (digital agriculture, smart foodsheds, and animal ecology) will be highlighted.\"", "metadata_created": "8/1/2022", "metadata_modified": "8/1/2022", "topic": "AI; machine learning; GRID computing; cloud computing", "comments": "", "presented_at": "MAGIC", "key_words": "AI; cyberinfrastructure; domain; environment; high-performance; institute; intelligent; learning; middleware; " }, { "presentation_id": "PID-07-06-2022-0001-01", "year": "2022", "pp_date": "7/6/2022", "title": "National Strategic Computing Reserve (NSCR): Background and Vision", "author": "Manish Parashar", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2022/MAGIC-Manish-Parashar-07062022.pdf", "media_type": "pdf", "description": "Presentation by Manish Parashar, Office of Advanced Cyberinfrastructure (OAC), Computing and Information Science and Engineering (CISE), NSF, at the Middleware and Grid Interagency Coordination (MAGIC) monthly meeting on July 6, 2022. Abstract: \"National Strategic Computing Reserve report outlines a Federal proposal for setting up a National Strategic Computing Reserve (NSCR) that can be called on in times of national crisis to rapidly activate a multisector advanced computing reserve infrastructure that can speed solutions, and it defines a blueprint for operational and coordination structures that will support an NSCR implementation. The formation of the NSCR suggested in this document is based on the U.S. experience in 2020 of initiating and operating the COVID-19 High Performance Computing Consortium and a public Request for Information on Potential Concepts and Approaches for an NSCR...\"", "metadata_created": "8/1/2022", "metadata_modified": "8/1/2022", "topic": "emerging workloads; computing continuum", "comments": "", "presented_at": "MAGIC", "key_words": "advanced; CISE; computing; cyberinfrastructure; information; national; strategic; vision" }, { "presentation_id": "PID-07-06-2022-0002-01", "year": "2022", "pp_date": "7/6/2022", "title": "Edge Computing and Microscopy: Autonomous and Automated Experiments Leveraging Advances in Computing, Control Systems and Algorithms", "author": "Rama Vasudevan", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2022/MAGIC-Rama-Vasudevan-07062022.pdf", "media_type": "pdf", "description": "Presentation by Rama Vasudevan, Center for Nanophase Materials Sciences, Oak Ridge National Laboratory, at the Middleware and Grid Interagency Coordination (MAGIC) monthly meeting on July 6, 2022. Abstract: \"Microscopy workflows consist of experimental design, capturing of the necessary data, sequential decision-making processing during acquisition to guide the search through large parameter spaces, and comparison with simulations to derive a mechanistic understanding of the phenomena observed. In this presentation, I will focus on our efforts to connect computing and algorithms to microscopes at the CNMS, with an emphasis on how leveraging abstractions can lead to smart, autonomous microscopy capabilities.\"", "metadata_created": "8/1/2022", "metadata_modified": "8/1/2022", "topic": "emerging workloads; cloud; containers", "comments": "", "presented_at": "MAGIC", "key_words": "advances; algorithms; automated; computing; energy; experiments; materials; national; systems" }, { "presentation_id": "PID-05-17-2022-0001-01", "year": "2022", "pp_date": "5/17/2022", "title": "Link Oregon Update", "author": "Steve Corbató", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2022/JET-Steve-Corbato-05182022.pdf", "media_type": "pdf", "description": "Presentation by Steve Corbató, Executive Director, Link Oregon (dba for Oregon Fiber Partnership), at the Joint Engineering Team monthly meeting on May 17, 2022. Abstract: \"In this presentation, we provide an update on recent progress within the relatively new, facilities-based research & education network in Oregon. We have completed our initial statewide optical network buildout and offer Ethernet transport and advanced Internet transit services at 50+ locations statewide. We have pursued an initial design for further network expansion to extend our presence on the Oregon Coast and in eastern Oregon. We discuss our experiences in working with LEO satellite connectivity and eduroam wireless roaming. Finally, we describe our recent foray into facilitating statewide broadband development through a crowd-sourced broadband mapping initiative and sustained collaboration with Oregon's nine recognized Tribes.\"", "metadata_created": "5/20/2022", "metadata_modified": "5/20/2022", "topic": "broadband; optical network", "comments": "", "presented_at": "JET", "key_words": "Link Oregon; LinkOR; fiber first; middle-mile; 100G; Ethernet; CENIC; NevadaNet; LEO; eduroam; broadband; tribal broadband summit; optical network; RON" }, { "presentation_id": "PID-04-19-2022-0001-01", "year": "2022", "pp_date": "4/19/2022", "title": "A brief comparison of the next generation of Satellite Communications", "author": "Nils Pachler de la Osa", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2022/JET-Nils-Pachler-04192022.pdf", "media_type": "pdf", "description": "Presentation by Nils Pachler de la Osa, Massachusetts Institute of Technology, at the Joint Engineering Team (JET) monthly meeting on April 19, 2022. Abstract: \"Twenty years of technological improvements have raised once again the question of the economic viability of offering Internet access from space using non-geostationary orbits (NGSO). Trying to answer this question, many established satellite operators (e.g., SES, Telesat) and newcomers (e.g., SpaceX, Amazon) have recently filed applications for these types of constellations. In this presentation, I will describe the differences between the different designs and how those singularities affect the performance of each system in terms of total throughput and satellite utilization.\"", "metadata_created": "5/17/2022", "metadata_modified": "5/17/2022", "topic": " satellite communications", "comments": "This talk was based on: \"An Updated Comparison of Four Low Earth Orbit Satellite Constellation Systems to Provide Global Broadband (Nils Pachler, Inigo del Portillo, Edward F. Crawley, Bruce G. Cameron), In IEEE International Workshop, 2021\"", "presented_at": "JET", "key_words": "communications satellites; LEO; MEO; OneWeb; Starlink; Telesat; Amazon; polar orbit; SpaceX; inter-sarellite links" }, { "presentation_id": "PID-04-06-2022-0001-01", "year": "2022", "pp_date": "4/6/2022", "title": "The Path to Cloud Federation via Standards", "author": "Robert Bohn; Craig A. Lee; Martial Michel", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2022/MAGIC-Robert-Bohn-04062022.pdf", "media_type": "pdf", "description": "Presentation by Robert Bohn, Cloud Computing Program Manager, NIST, at the Middleware and Grid Interagency Coordination (MAGIC) monthly meeting on April 6, 2022. Abstract: \"This presentation describes the collaborative effort between NIST and IEEE in the development of a federated cloud reference architecture as described in the USG Cloud Computing Technology Roadmap and formalized in the IEEE 2302-2021 \"Standard for Intercloud Ineroperability and Federation\". Both models are described with a comparison to other existing approaches.\"", "metadata_created": "4/6/2022", "metadata_modified": "4/6/2022", "topic": "federated identity management", "comments": "", "presented_at": "MAGIC", "key_words": "access; API; approach; architecture; cloud; communication; computing; data; development; federation; FHS; IEEE; model; NIST; policy; provider; resource; security; service; standards; support; technology; trust" }, { "presentation_id": "PID-04-06-2022-0002-01", "year": "2022", "pp_date": "4/6/2022", "title": "CILogon", "author": "Jim Basney ", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2022/MAGIC-Jim-Basney-04062022.pdf", "media_type": "pdf", "description": "Presentation by Jim Basney, Principal Research Scientist, Cybersecurity Division, National Center for Supercomputing Applications, University of Illinois at Urbana-Champaign, at the Middleware and Grid Interagency Coordination (MAGIC) monthly meeting on April 6, 2022. Abstract: \"CILogon enables researchers to log on to cyberinfrastructure (CI). CILogon provides an integrated open source identity and access management platform for research collaborations, combining federated identity management (Shibboleth, InCommon) with collaborative organization management (COmanage). Federated identity management enables researchers to use their home organization identities to access research applications, rather than requiring yet another username and password to log on. Collaborative organization management enables research projects to define user groups for authorization to collaboration platforms (e.g., wikis, mailing lists, and domain applications). CILogon implements the AARC Blueprint Architecture.\"", "metadata_created": "4/6/2022", "metadata_modified": "4/6/2022", "topic": "federated identity management", "comments": "", "presented_at": "MAGIC", "key_words": "access; account; app; cilogon; client; federation; identity; idp; incommon; log; management; oauth; provider; research; service; support; token; university; user" }, { "presentation_id": "PID-09-01-2021-0002-01", "year": "2021", "pp_date": "9/1/2021", "title": "Software Design Insights for Longevity of Scientific Software", "author": "Anshu Dubey", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2021/MAGIC-Anshu-Dubey-09012021.pdf", "media_type": "pdf", "description": "Presentation given by Anshu Dubey, Computer Scientist, Argonne National Laboratory, Senior Scientist, University of Chicago, at the Middleware and Grid Interagency Coordination Team (MAGIC) monthly meeting on September 1, 2021. Abstract: \"Multiphysics scientific software has many moving parts that must interoperate with one another. Demands of modeling the physical world can limit the use of the well know design principles of multi-component software such as encapsulation and modularization. This presentation distills the design experience of one such software, Flash-X, where reasonable compromise is achieved between model fidelity and well architected software in a generalizable way.\"", "metadata_created": "2/22/2022", "metadata_modified": "2/22/2022", "topic": "sustainable software", "comments": "", "presented_at": "MAGIC", "key_words": "abstraction; code; complex; computing; data; decomposition; design; directives; domain; memory; model; productivity; programming; project; software; specialized; virtual" }, { "presentation_id": "PID-12-01-2021-0002-01", "year": "2021", "pp_date": "12/1/2021", "title": "Long-term plans for Spack", "author": "Todd Gamblin", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2021/MAGIC-Todd-Gamblin-12012021.pdf", "media_type": "pdf", "description": "Presentation given by Todd Gamblin, Computer Scientist, Center for Applied Scientific Computing, Lawrence Livermore National Laboratory, Creator of Spack, at the Middleware and Grid Interagency Coordination Team (MAGIC) monthly meeting on December 1, 2021.", "metadata_created": "2/22/2022", "metadata_modified": "2/22/2022", "topic": "sustainable software", "comments": "", "presented_at": "MAGIC", "key_words": "binaries; build; compiler; configurations; constraints; custom; laboratory; national; package; software; spack; stacks" }, { "presentation_id": "PID-08-04-2021-0001-01", "year": "2021", "pp_date": "8/4/2021", "title": "Toward Improved Sustainability of the Exascale Computing Project Software Stack", "author": "Michael A. Heroux", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2021/MAGIC-Michael-Heroux-08042021.pdf", "media_type": "pdf", "description": "Presentation given by Michael Heroux, Senior Scientist at Sandia National Laboratories and Director of Software Technology for the US DOE Exascale Computing Project, at the Middleware and Grid Interagency Coordination Team (MAGIC) monthly meeting on August 4, 2021. Abstract: \"The US Exascale Computing Project (ECP) sponsors efforts to produce sustainable software libraries and tools. In this presentation, we give an overview of the ECP software stack and highlight strategies used to promote sustainability. Topics include the architecture of the Extreme-scale Scientific Software Stack (E4S), the role of community policies to drive quality, and the E4S software lifecycle model.\"", "metadata_created": "2/22/2022", "metadata_modified": "2/22/2022", "topic": "sustainable software", "comments": "", "presented_at": "MAGIC", "key_words": "build; community; computing; development; exascale; HPC; libraries; package; plan; products; project; release; software; stack; sustainability; testing" }, { "presentation_id": "PID-02-02-2022-0001-01", "year": "2022", "pp_date": "2/2/2022", "title": "Toward a Leadership Software Center", "author": "Michael A. Heroux", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2022/MAGIC-Michael-Heroux-02022022.pdf", "media_type": "pdf", "description": "Presentation given by Michael Heroux, Senior Scientist at Sandia National Laboratories and Director of Software Technology for the US DOE Exascale Computing Project, at the Middleware and Grid Interagency Coordination Team (MAGIC) monthly meeting on February 2, 2022. Abstract: \"The Exascale Computing Project (ECP) has established a portfolio and management structure around a collection of scientific software libraries and tools called E4S. This presentation describes a notional plan for how ECP efforts could be continued after ECP ends. The description is intended to set a model for further conversation toward the goal of a sustainable software organization.\"", "metadata_created": "2/22/2022", "metadata_modified": "2/22/2022", "topic": "sustainable software", "comments": "", "presented_at": "MAGIC", "key_words": "community; computing; delivery; development; facilities; Laboratory; leadership; National; products; scientific; SDK; software; stack; support; sustainability; teams" }, { "presentation_id": "PID-11-17-2021-0001-01", "year": "2021", "pp_date": "11/17/2021", "title": "From Exascale to Quantum and Beyond: The Future of Federal HPC R&D", "author": "Kamie Roberts", "file_url": "https://youtu.be/aAGzJGtQ-Ts", "media_type": "video", "description": "In the 30 years since the passage of the HPC Act of 1991, supercomputers have been integrated into every facet of our daily lives. Supercomputers transformed industries producing pharmaceuticals, chemicals, consumer products, and financial services. From agriculture to auto manufacturing, from drug design to the cell phone, HPC is a necessary and accepted part of research, design, and production. With HPC being ubiquitous, we need to be researching today to prepare for that next big impact. What's the future of HPC R&D and what will we achieve when we get there?", "metadata_created": "1/26/2022", "metadata_modified": "1/26/2022", "topic": "exascale; quantum", "comments": "", "presented_at": "SC2021", "key_words": "exascale; quantum; HPC; supercomputer; computing; data; Federal; research; science; technology" }, { "presentation_id": "PID-11-16-2021-0001-01", "year": "2021", "pp_date": "11/16/2021", "title": "PCAP Analytics with PacketTotal.com", "author": "Jamin Becker", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2021/JET-Jamin-Becker-11162021.pdf", "media_type": "pdf", "description": "Presentation given by Jamin Becker, CTO of Dynamite Analytics, at the Joint Engineering Team monthly meeting on November 16, 2021. Abstract: \"PacketTotal (https://packettotal.com) is the world’s largest packet-capture (PCAP) analytic service with over 100,000 publicly shared PCAP samples. PacketTotal has been operated by Dynamite Analytics' team since 2017 with thousands of network and cybersecurity professionals using it every month. During this presentation Dynamite Analytics' CTO and the original creator of PacketTotal, Jamin Backer, will demonstrate the general functionality of the tool, and how it can be used to study malware communication techniques.\"", "metadata_created": "1/6/2022", "metadata_modified": "1/6/2022", "topic": "PCAP analytics", "comments": "", "presented_at": "JET", "key_words": "PacketTotal; PCAP; Dynamite Analytics; Vlabs; Network Traffic Analysis; Packet Capture; Malware" }, { "presentation_id": "PID-11-16-2021-0002-01", "year": "2021", "pp_date": "11/16/2021", "title": "Resilient Distributed Processing", "author": "Basil Decina; Linden Mercer", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2021/JET-Decina-Mercer-11162021.pdf", "media_type": "pdf", "description": "Presentation given by Basil Decina/Linden Mercer, Naval Research Laboratory, at the Joint Engineering Team monthly meeting on November 16, 2021. Abstract: \"This demonstration will build on our previous demonstrations. We aim to show dynamic arrangement and re-arrangement of widely distributed processing of large volumes of data across a set of compute and network resources organized in response to resource availability and changing application demands. A real-time video processing pipeline will be demonstrated from SC21 to the Naval Research Laboratory assets in Washington, DC, McLean, VA, Chicago, IL, Berkeley, CA and back to SC21. High volume bulk data will be transferred concurrently across the same data paths. A software-controlled network will be assembled using a number of switches and multiple SCinet 100G/400G connections. We plan to show rapid deployment and redeployment, real-time monitoring and QOS management of these application data flows with very different network demands. Technologies we intend to leverage include SDN, RDMA, RoCE, NVMe, GPU acceleration and others. NRL will have two major thrusts for our SC21 demo/tests: Mission Oriented Reconfigurable Networking (MORN) and rapid terabyte data movement. We have 5 sites (NRL/Washington, DC; McLean, VA; StarLight/Chicago, IL; NERSC/Berkeley CA; SC21/St. Louis, MO) in the 100G network monitored and controlled by MORN and 4 of those sites have 400G wide area network connections supporting fast delivery of critical data sets and massive distributed computing problems. Specific Goals: Fast fault detection and location using an active probe; Dynamic shifting of processing and network resources from one location/path/system to another (in response to demand and availability); Leverage improved (restored) RDMA/distance performance for timely Terabyte bulk data transfers (goal < 1 min Tbyte transfer on 400G network); Network data flows protected by IP and Ethernet Traffic Flow Security.\"", "metadata_created": "1/6/2022", "metadata_modified": "1/6/2022", "topic": "distributed processing", "comments": "", "presented_at": "JET", "key_words": "Naval Research Laboratory; NRL; terabyte per minute (TBpm); SC21; distributed processing; distributed access; fault detection; fault location; resilient; Joint Big Data Testbed (JBDT); reconfigurable; Traffic Flow Security (TFS);" }, { "presentation_id": "PID-11-16-2021-0003-01", "year": "2021", "pp_date": "11/16/2021", "title": "SC21 Advanced Networking For Data Intensive Science Experiments and Demostrations", "author": "Joe Mambretti", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2021/JET-Joe-Mambretti-11162021.pdf", "media_type": "", "description": "Presentation given by Joe Mambretti, Director, International Center for Advanced Internet Research Northwestern University; Director, Metropolitan Research and Education Network; Co Director, StarLight; Director, StarLight International/National Communications Exchange Facility; PI IRNC: RXP: StarLight SDX; Co PI Chameleon; PI iGENI; PI OMNINet; at the Joint Engineering Team monthly meeting on November 16, 2021. Abstract: \"As in previous years, iCAIR supported SC21 SCinet to create a National WAN Testbed. A key focus Was 400, 800, and 1 .2 Tbps path services and interconnections, including direct connections to edge nodes, primarily high performance DTNs. The National WAN Testbed was designed and implemented to support demonstrations and experiments of innovations related to data intensive science.\"", "metadata_created": "1/6/2022", "metadata_modified": "1/6/2022", "topic": "advanced networking", "comments": "", "presented_at": "JET", "key_words": "StarLight; Global Research Platform (GRP); Software Defined Exchanges (SDX); Software Defined Networking (SDN); AutoGOLE/SENSE; Open Science Grid (OSG); FIONA; Network Research Exhibit (NRE); SCinet; Caltech; DTN-as-a-Service (DTNaaS); Network Optimized For Transport Of Experimental Data (NOTED); P4; SAGE3; Chameleon; FABRIC; SupercomputingAsia; Quantum Exchange Testbed;" }, { "presentation_id": "PID-09-01-2021-0001-01", "year": "2021", "pp_date": "9/1/2021", "title": "Contemporary Peer Code Review Practices in Research Software", "author": "Jeffrey C. Carver", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2021/MAGIC-Jeffrey-Carver-09012021.pdf", "media_type": "pdf", "description": "Presentation given by Jeffrey C. Carver, Chair of University of\nAlabama Cyber Initiative, Professor and Graduate Program Director,\nDepartment of Computer Science, University of Alabama, at the Middleware and Grid Interagency Coordination Team (MAGIC) monthly meeting on September 1, 2021. Abstract: \"This presentations provides and overview of the peer code review process. It discusses the motivations for those who participate. It then presents some guidance on the code review process.\"", "metadata_created": "1/5/2022", "metadata_modified": "1/5/2022", "topic": "sustainable software", "comments": "", "presented_at": "MAGIC", "key_words": "code; review; software; motivation; guidance; process" }, { "presentation_id": "PID-07-07-2021-0001-01", "year": "2021", "pp_date": "7/29/2021", "title": "Research Software Engineers: Establishing Careers", "author": "Ian Cosden", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2021/MAGIC-Ian-Cosden-07072021.pdf", "media_type": "pdf", "description": "Presentation by Ian Cosden, Director, Research Software Engineering for Computational & Data Science, Princeton University, at the Middleware and Grid Interagency Coordination (MAGIC) monthly meeting on July 7, 2021. Abstract: \"This talk gives an overview of three initiatives relating to Research Software Engineer (RSE) careers: (1) The establishment and structure of the Princeton Research Software Engineering Group - a centralized team of Research Software Engineers who work directly with researchers to develop research software; (2) The US Research Software Engineer (US-RSE) Association - a community-driven organization focused on connecting RSEs and advancing the profession; and (3) INTERSECT - an NSF funded project focused on the development and delivery of Research Software Engineering training material.\"", "metadata_created": "7/29/2021", "metadata_modified": "7/29/2021", "topic": "sustainable software; workforce development; training;", "comments": "", "presented_at": "MAGIC", "key_words": "association; building; code; community; computational; development; engineering; knowledge; material; research; software; training; workshop" }, { "presentation_id": "PID-07-07-2021-0002-01", "year": "2021", "pp_date": "7/29/2021", "title": "Toward Competent Computer Science Graduates", "author": "Rajendra K. Raj", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2021/MAGIC-Rajendra-Raj-07072021.pdf", "media_type": "pdf", "description": "Presentation by Rajendra K. Raj, Professor, Computer Science, Rochester Institute of Technology, at the Middleware and Grid Interagency Coordination (MAGIC) monthly meeting on July 7, 2021. Abstract: \"This presentation covers the background and motivation for competency-based education in computing, along with some of the directions being pursued in this space. The ultimate goal of these efforts is to prepare computing students to join the computing profession as competent members.\"", "metadata_created": "7/29/2021", "metadata_modified": "7/29/2021", "topic": "sustainable software; workforce development; training;", "comments": "", "presented_at": "MAGIC", "key_words": "assessment; certificate; competent; complete; computer; credit; development; education; graduate; professional; program; skill; university; " }, { "presentation_id": "PID-07-20-2021-0001-01", "year": "2021", "pp_date": "7/20/2021", "title": "Observing the IPv4 Internet: from Outages to Work-from-Home", "author": "John Heidmann", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2021/JET-John-Heidmann-07202021.pdf", "media_type": "pdf", "description": "The presentation was given at the Joint Engineering Team monthly meeting on July 20, 2021. Abstract: \"Since 2014 the ANT lab at USC has been observing the visible IPv4 Internet (4 million networks sampled every 11 minutes) to detect network outages. This talk explores this large-scale, active measurement and our goals to estimate Internet reliability and understand the effects of real-world events such as hurricanes. We also touch on how our data can identify Covid-19-related Work-from-Home. Our Internet outage work is joint work of John Heidemann, Lin Quan, Yuri Pradkin, Guillermo Baltra, Xiao Song, and Asma Enayet with contributions from Ryan Bogutz, Dominik Staros, Abdulla Alwabel, Aqib Nisar.\"\n", "metadata_created": "7/20/2021", "metadata_modified": "7/20/2021", "topic": "Internet reliability", "comments": "This research is sponsored by NSF\n2028279 (MINCEQ), CNS 2007106 (EIEIO), and NSF 1659886 (ISI REU). Prior work was supported by NSF and DHS HSAPRRPA Cyber Security Division. ", "presented_at": "JET", "key_words": "IPv4; network outages; network reliability; trinocular detection; adaptive probing; Bayesian inference; near-real time outage detection; detecting outage clusters; outage detection applications" }, { "presentation_id": "PID-06-21-2021-0001-01", "year": "2021", "pp_date": "6/21/2021", "title": "Lessons Learned in Executing Virtual Internships: Findings from Federal Agencies in Summer 2020", "author": "Federal Internships Community of Practice; The National Science and Technology Council; Committee on STEM Education", "file_url": "https://www.nitrd.gov/documents/FICP-Internships-Lessons-Learned-2021.pdf", "media_type": "pdf", "description": "In spring of 2020, while facing the outset of the COVID-19 pandemic, Federal agencies made the decision to host summer 2020 internships virtually, but many were doing so for the first time. To support these efforts, the federal agencies that provide STEM internships formed a short-term community of practice focused on sharing lessons learned in the course of planning and executing virtual internships. This document summarizes lessons learned from 26 organizations within the federal government that provided virtual internships primarily in STEM fields during summer 2020.", "metadata_created": "6/21/2021", "metadata_modified": "6/21/2021", "topic": "Virtual Internships", "comments": "", "presented_at": "Other venue", "key_words": "agencies; in-person; interns; internships; mentors; opportunities; students; virtual;" }, { "presentation_id": "PID-06-15-2021-0001-01", "year": "2021", "pp_date": "6/15/2021", "title": "Asia Pacific Oceania Network (APOnet) Collaboration", "author": "Jennifer Schopf", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2021/JET-Jennifer-Schopf-06112021.pdf", "media_type": "pdf", "description": "The presentation was given by Dr. Jennifer Schopf, Director of International Networks and Engagement and Performance Operations Center (EPOC), Indiana University, at the Joint Engineering Team monthly meeting on June 15, 2021. Abstract: \"This talk gives an overview of the extended Asia Pacific Oceania Networking (APOnet) Collaboration. APOnet extends the Asia Pacific Ring from 7 to eleven international partners, and offers many hundreds of GB/s of network capacity to be offered to the research and education community.\"", "metadata_created": "6/30/2021", "metadata_modified": "6/30/2021", "topic": "network", "comments": "", "presented_at": "JET", "key_words": "Trans-Pacific; Asia Pacific Oceania Network (APOnet); Asia Pacific Ring (APR); AARnet; ARENA-PAC (WIDE); Internet2; KISTI; NICT; NII; Pacific Wave; REANNZ; SingAREN; TransPAC; University of Hawaii; Connecting Asia to Europe (CAE); Asiapacific-Europe Ring (AER); KAUST (King Abdullah University of Science and Technology); SOX; Netherlight " }, { "presentation_id": "PID-05-05-2021-0001-01", "year": "2021", "pp_date": "5/25/2021", "title": "Facilitating Remote Resources Usage via User Driven Web Applications", "author": "Weijia Xu", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2021/MAGIC-Weijia-XuWeijia-05052021.pdf", "media_type": "pdf", "description": "Presentation given by Weijia Xu, Research Engineer, Manager, Data Mining And Statistics Group, Texas Advanced Computing Center, at the Middleware and Grid Interagency Coordination (MAGIC) monthly meeting on May 5, 2021. Abstract: \"This presentation introduces a software framework development at TACC to enable user driven web application development. The framework empower users to create web interface for computing jobs running on remote computing resource through configuration files with pre-implemented modules. The framework enables interaction between users, computing and data stored in the remote resource. The framework also supports temporary credentials management which can be used to facilitate sharing remote computing process and support online education activities. We demonstrate the framework with several use cases in the presentation.\"", "metadata_created": "5/25/2021", "metadata_modified": "5/25/2021", "topic": "Cloud computing", "comments": "", "presented_at": "MAGIC", "key_words": "analysis; application; computing; credential; data; description; file; management; remote; resources;script; support; task; type; user; web; workflow" }, { "presentation_id": "PID-05-05-2021-0002-01", "year": "2021", "pp_date": "5/25/2021", "title": "Integrating Cybersecurity Education with Cloud Computing", "author": "Haining Wang; Chase Cotton", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2021/MAGIC-Haining-Wang-Chase-Cotton-05052021.pdf", "media_type": "pdf", "description": "Presentation given by Haining Wang, Professor of Electrical and Computer Engineering, Virginia Tech, at the Middleware and Grid Interagency Coordination (MAGIC) monthly meeting on May 5, 2021. Abstract: \"PIs Wang and Cotton describe a new senior-level/1st-year graduate class, CPEG473/673, \"Cloud Computing and Security,\" developed for the University of Delaware's Cybersecurity MS and minor programs. To reinforce to the student the risk of multi-tenant environments, which allow information side-channels, several hands-on student activities to reinforce theory learned in class are described. One laboratory shows how an \"attacker\" process, sharing a memory cache, can \"learn\" memory values of a \"victim\" process of a different cloud client. Such attacks can steal cryptographic keys held by the victim (e.g., a webserver doing repeated TLS encryptions). Finally, the University's experiences using cloud in the classroom are briefly discussed, including lessons learned. This research was supported by an NSF SaTC:EDU grant (award #1821744).\"", "metadata_created": "5/25/2021", "metadata_modified": "5/25/2021", "topic": "Cloud computing", "comments": "", "presented_at": "MAGIC", "key_words": "address; attacks; cache; char; CISC; cloud; computing; CPEG; cycles; flush; fp; probe; profiling; reload; security; size; software; systems; template" }, { "presentation_id": "PID-04-27-2021-0001-01", "year": "2021", "pp_date": "5/25/2021", "title": "AERPAW: Aerial Experimentation and Research Platform for Advanced Wireless", "author": "Ismail Guvenc", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2021/AWTP-Ismail-Guvenc-04272021.pdf", "media_type": "pdf", "description": "Presentation given by Ismail Guvenc, NC State University, at the AWTP and FMG Joint 5G Workshop on April 27-28, 2021. Abstract: \"In this talk, we will overview AERPAW: Aerial Experimentation and Research Platform for Advanced Wireless. AERPAW is one of the four NSF PAWR projects funded by the National Science Foundation, to develop large-scale advanced-wireless experimentation platforms. A unique aspect of AERPAW will be to support emerging wireless and Internet of things (IoT) experimental research involving both aerial and ground mobile vehicles. AERPAW users will have the opportunity to design, rapidly prototype, and test 5G wireless technologies and beyond in both emulated and real-world environments. This talk will review the overall scope and plans for the project, experimentation equipment that will be supported, deployment environments, and user interface. \"", "metadata_created": "5/25/2021", "metadata_modified": "5/25/2021", "topic": "wireless", "comments": "AWTP and FMG Joint 5G Workshop on April 27-28, 2021", "presented_at": "AWTP", "key_words": "drone; emulator; experiment; MHz; mobile; network; nodes; phase; radio; requirement; RF; SDR; security; testing; UAV" }, { "presentation_id": "PID-04-27-2021-0002-01", "year": "2021", "pp_date": "5/25/2021", "title": "Nokia Lab as a Service - Realworld testing capability supporting the framework to 5G testing", "author": "Alexander van Overveld ", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2021/AWTP-Alexander-van-Overveld-04272021.pdf", "media_type": "pdf", "description": "Presentation given by Alexander van Overveld, Nokia Cloud & Network Services, at the AWTP and FMG Joint 5G Workshop on April 27-28, 2021. Abstract: \"Nokia Private Wireless Lab-as-a-Service (LaaS) provides easy access to industrial-grade 4G/5G private wireless network infrastructure and testing expertise for real world testing and validation of devices, chipsets, applications and services. We will talk how it supports reducing time and cost of building out extensive lab infrastructure and how we can provide access to secure, robust ISO and CTIA accredited facilities.\"", "metadata_created": "5/25/2021", "metadata_modified": "5/25/2021", "topic": "wireless", "comments": "AWTP and FMG Joint 5G Workshop on April 27-28, 2021", "presented_at": "AWTP", "key_words": "confidential; core; customer; development; lab; network; product; radio; service; solution; support; testing; user" }, { "presentation_id": "PID-05-18-2021-0001-01", "year": "2021", "pp_date": "5/24/2021", "title": "Trans-Atlantic R&E connectivity update and outlook on ANA and friends", "author": "Erik-Jan Bos", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2021/JET-Erik-Jan-Bos-05182021.pdf", "media_type": "pdf", "description": "Presentation given by Erik-Jan Bos, Policy & Strategy Officer, NORDUnet, at the Joint Engineering Team monthly meeting on May 18, 2021. Abstract: \"The evolution of trans-Atlantic R&E connectivity showed a number of step-wise improvements, and has led to the current Advanced North Atlantic (ANA) Collaboration, part of the Global R&E Network (GREN). ANA now runs 1 Tbit/s of R&E connectivity. New developments are underway, in various stages of maturity. This presentation will give an overview of the steps taken to come to the current ANA system and will show what is cooking in the kitchen, along the lines of the Global Network Architecture (GNA).\"", "metadata_created": "5/24/2021", "metadata_modified": "5/24/2021", "topic": "network", "comments": "", "presented_at": "JET", "key_words": "R&E trans-oceanic circuits; submarine cables; Atlantic; Advanced North Atlantic Collaboration (ANA); Global Lambda Integrated Facility (GLIF); Global Network Architecture (GNA-G); GREN; BELLA; AmLighth-ExP; Arctic Connect Submarine Cable (ACSC)" }, { "presentation_id": "PID-05-06-2021-0001-01", "year": "2021", "pp_date": "5/6/2021", "title": "Software Aging and Software Rejuvenation", "author": "Kishor Trivedi", "file_url": "https://youtu.be/4tO6p1fYeu8", "media_type": "video", "description": "Presentation given by Dr. Kishor Trivedi, at the Software Productivity, Sustainability, and Quality Interagency Working Group monthly meeting on May 6, 2021. Abstract: \"The phenomenon of \"software aging\", in which the state of the software system degrades with time, has been reported in widely used software and also in high-availability and safety-critical systems. The primary causes of this degradation are the exhaustion of operating system resources, data corruption and numerical error accumulation. To counteract this phenomenon, a proactive approach to fault management, called \"software rejuvenation\" has been proposed. In this talk, we discuss methods of evaluating the effectiveness of proactive fault management in operational software systems and determining optimal times to perform rejuvenation.\"", "metadata_created": "5/11/2021", "metadata_modified": "5/11/2021", "topic": "software", "comments": "", "presented_at": "SPSQ", "key_words": "application; bugs; diversity; failure; fault; hardware; methods; rejuvenation; resources; software; system; tolerance" }, { "presentation_id": "PID-04-07-2020-0001-01", "year": "2021", "pp_date": "4/15/2021", "title": "Opportunities for NIH cloud interoperability approaches to improve outcomes of pediatric diseases", "author": "Alisa Knodle Manning", "file_url": "https://www.nitrd.gov/nitrdgroups/images/a/a6/MAGIC-Alisa-Manning-04072021.pdf", "media_type": "pdf", "description": "Presentation given by Dr. Alisa Manning, Assistant Investigator, Massachusetts General Hospital, at the Middleware and Grid Interagency Coordination Team (MAGIC) monthly meeting on April 7, 2021. Abstract: \"The Pediatric Cardiac Genetics Consortium Study is an observational study of participants with congenital heart defects and the Framingham Heart Study is a longitudinal population cohort of participants and their offspring who had not yet developed overt symptoms of cardiovascular disease or suffered a heart attack or stroke and who have been followed over many years. Whole genome sequence data has been generated in these cohorts by multiple NIH programs, including the Gabriella Miller Kids First Pediatric Research Program and the NHLBI's Trans-Omics for Precision Medicine Program. Dr. Manning will present a pilot analysis demonstrating how researchers can gain access to data sets on multiple NIH Cloud Platforms and perform an analysis with data from different NIH programs. She will describe interoperability features that are being championed by the NIH Cloud Platform Interoperability Effort and highlight important data governance lessons encountered along the way.\"", "metadata_created": "4/15/2021", "metadata_modified": "4/15/2021", "topic": "cloud computing", "comments": "", "presented_at": "MAGIC", "key_words": "access; analysis; biodata; catalyst; cloud; data; institute; kids; platform; research; workspace" }, { "presentation_id": "PID-04-07-2020-0002-01", "year": "2021", "pp_date": "4/15/2021", "title": "The OSG Fabric of Services and Cloud Resources", "author": "Miron Livny", "file_url": "https://www.nitrd.gov/nitrdgroups/images/8/8a/MAGIC-Miron-Livny-04072021.pdf", "media_type": "pdf", "description": "Presentation given by Miron Livny, University of Wisconsin - Madison, at the Middleware and Grid Interagency Coordination Team (MAGIC) monthly meeting on April 7, 2021. Abstract: \"An overview of the OSG Consortium and how the model that underpins the fabric of Distributed High Throughput Computing serviles it provides related to resources offered by Cloud infrastructures.\"", "metadata_created": "4/15/2021", "metadata_modified": "4/15/2021", "topic": "cloud computing", "comments": "", "presented_at": "MAGIC", "key_words": "access; center; cloud; computing; grid; open; resources; science; services; " }, { "presentation_id": "PID-04-07-2020-0003-01", "year": "2021", "pp_date": "4/15/2021", "title": "Multi-Messenger Astronomy and the Merger of HPC and Cloud Computing", "author": "Peter Nugent", "file_url": "https://www.nitrd.gov/nitrdgroups/images/a/af/MAGIC-Peter-Nugent-04072021.pdf", "media_type": "pdf", "description": "Presentation given by Peter Nugent, Department Head, Computational Science, Lawrence Berkeley National Laboratory, at at the Middleware and Grid Interagency Coordination Team (MAGIC) monthly meeting on April 7, 2021. Abstract: \"The DECam-GROWTH project is an international scientific collaborative project in astronomy studying the physics of fast-changing events in the cosmos such neutron stars or black hole mergers triggered by LIGO-VIRGO gravitational wave detections. We utilize the 4-meter Victor Blanco telescope in Chile outfitted with the Dark Energy Camera (DECam) to hunt for these events after an alert by repaving over the sky given their localizations and and performing image subtractions using previously obtained data as references from the DES and DECaLS surveys. Here I highlight the necessity of using cloud like resources coupled with HPC to maximize the science output from this program and provide 24-7 availability with nearly real-time processing to enable additional follow-up resources..\"", "metadata_created": "4/15/2021", "metadata_modified": "4/15/2021", "topic": "cloud computing", "comments": "", "presented_at": "MAGIC", "key_words": "AWS; astronomy; mathematics; observations; physics; " }, { "presentation_id": "PID-03-03-2020-0001-01", "year": "2021", "pp_date": "3/3/2021", "title": "Return on Investment for Research Computing and Data Support", "author": "Alan Sill", "file_url": "https://www.nitrd.gov/nitrdgroups/images/5/5b/MAGIC-Alan-Sill-03032021.pdf", "media_type": "pdf", "description": "Presentation given by Dr. Alan Sill, Managing Director, High Performance\nComputing Center at TTU; Co-Director, NSF Cloud and Autonomic Computing\nCenter, at the Middleware and Grid Interagency Coordination Team (MAGIC) monthly meeting on March 3, 2021. Abstract: \"How to define, measure, and report return on investment information for research computing & data that is meaningful to your organization, and comments related to national and international scale computational and research data needs. Talk ends with a description of work towards use of renewable energy to lower costs of delivery for academic research computing.\"", "metadata_created": "4/7/2021", "metadata_modified": "4/7/2021", "topic": "cloud computing", "comments": "", "presented_at": "MAGIC", "key_words": "cloud; computing; cost; delivery; institutions; investment; project; research computing; research data; resources; return on investment; university" }, { "presentation_id": "PID-02-16-2020-0001-01", "year": "2021", "pp_date": "2/16/2021", "title": "NOAA N-Wave Alaska Planning", "author": "Rob Sears", "file_url": "https://www.nitrd.gov/nitrdgroups/images/8/83/JET-Rob-Sears-02162021.pdf", "media_type": "pdf", "description": "Presentation given by Rob Sears, Director, N-Wave, at the Joint Engineering Team monthly meeting on February 16, 2021. Abstract: \"NOAA N-Wave's work in the Alaska region and plans (much still in draft) for new network connectivity that will service multiple NOAA Line Offices and other collaborative agencies.\"", "metadata_created": "02/18/2021", "metadata_modified": "02/18/2021", "topic": "N-Wave", "comments": "", "presented_at": "JET", "key_words": "N-Wave; National Oceanic and Atmospheric Administration (NOAA); Alaska (AK); National Environmental Satellite Data and Information Service (NESDIS); Barrow; Utqiaġvik; Fairbanks Command and Data Acquisition Station (FCDAS); National Marine Fisheries Service (NMFS); NOAA Fisheries; National Weather Service (NWS); Fairbanks; Juneau; Anchorage; Ted Stevens Marine Research Institute (TSMRI)" }, { "presentation_id": "PID-02-03-2020-0001-01", "year": "2021", "pp_date": "2/03/2021", "title": "Leveraging Cloud Computing for AI R&D", "author": "Gil Alterovitz", "file_url": "https://www.nitrd.gov/nitrdgroups/images/a/a5/MAGIC-Gil-Alterovitz-02032021.pdf", "media_type": "pdf", "description": "Presentation given by Dr. Gil Alterovitz, National Artificial Intelligence Institute/ORD, VA, at the Middleware and Grid Interagency Coordination Team (MAGIC) monthly meeting on February 3, 2021. Abstract: \"This presentation discusses the National Science and Technology Council's \"Recommendations for leveraging cloud computing resources for federally funded artificial intelligence research and development\" and how those recommendations are being implemented at the VA.\"", "metadata_created": "02/18/2021", "metadata_modified": "02/18/2021", "topic": "cloud computing", "comments": "", "presented_at": "MAGIC", "key_words": "ai; artificial; cloud; community; data; establish; institute; intelligence; mlai; national; nitrd; nstc; practices; publishing; recommendation; research; subcommittee; technology" }, { "presentation_id": "PID-02-03-2020-0002-01", "year": "2021", "pp_date": "2/3/2021", "title": "Chameleon: An Innovation Platform for Computer Science Research and Education", "author": "Kate Keahey", "file_url": "https://www.nitrd.gov/nitrdgroups/images/c/c1/MAGIC-Kate-Keahey-02032021.pdf", "media_type": "pdf", "description": "Presentation given by Kate Keahey, Mathematics and CS Division, Argonne National Laboratory, CASE, University of Chicago, at the Middleware and Grid Interagency Coordination Team (MAGIC) monthly meeting on February 3, 2021. Abstract: \"This presentation discusses the National Science Foundation funded Chameleon Project, a large-scale, deeply reconfigurable experimental platform built to support Computer Sciences systems research.\"", "metadata_created": "02/18/2021", "metadata_modified": "02/18/2021", "topic": "cloud computing", "comments": "", "presented_at": "MAGIC", "key_words": "access; chameleon; cloud; compute; core; easy; experimental; experiments; hardware; network; nodes; package; research; standard; storage; testbed" }, { "presentation_id": "PID-01-14-2021-0001-01", "year": "2021", "pp_date": "1/14/2021", "title": "Engineering Software to Prevent Undesirable Behavior of Intelligent Machines", "author": "Yuriy Brun", "file_url": "https://www.nitrd.gov/nitrdgroups/images/e/ee/SPSQ-Yuriy-Brun-01142021.pdf", "media_type": "pdf", "description": "Presentation given by Yuriy Brun, University of Massachusetts Amherst, at the Software Productivity, Sustainability, and Quality Interagency Working Group monthly meeting on January 14, 2021. Abstract: \"Modern software contributes to important societal decisions, and yet we know very little about its fairness properties. Can software discriminate? Evidence of software discrimination has been found across many systems. I discuss how the technology we use to build software can help define fairness and discrimination; develop a testing-based, causality-capturing method for measuring if and how much software discriminates; and provide provable guarantees on software fairness. I will also describe landscape of challenges in fairness in software systems and how interactions between software engineering and artificial intelligence research can help address them.\"", "metadata_created": "02/12/2021", "metadata_modified": "02/12/2021", "topic": "software fairness", "comments": "", "presented_at": "SPSQ", "key_words": "algorithm; data; decision; discrimination; fairness; learning; machine; models; predictive; software; testing; training" }, { "presentation_id": "PID-01-19-2021-0001-01", "year": "2021", "pp_date": "1/19/2021", "title": "FABRIC Overview", "author": "Inder Monga; Tom Lehman", "file_url": "https://www.nitrd.gov/nitrdgroups/images/f/fe/JET-Inder-Monga-01192021.pdf", "media_type": "pdf", "description": "Presentation given by Inder Monga, ESnet, and Tom Lehman , Virnao, at the Joint Engineering Team monthly meeting on Jan 19, 2021. Abstract: \"Overview of the nation-wide network testbed funded by NSF as part of its mid-scale infrastructure program. Design details of the testbed from nodes, topology, control and measurement were discussed. In addition we introduced an IRNC project, FAB, that will extend the FABRIC testbed to new science areas as well as international locations in Europe, Japan and Brazil.\"", "metadata_created": "02/04/2021", "metadata_modified": "02/04/2021", "topic": "FABRIC", "comments": "", "presented_at": "JET", "key_words": "FABRIC; testbed; programmable network; network storage; terabit; GPU; FPGA; QoS; ESnet6; OpenFlow; P4; eBPF; DPDK; BYOE; High Touch; reconfigurable NIC; Network Services Orchestration (NSO); FAB (FABRIC Across Borders); University of Tokyo; University of Bristol; University of Amsterdam; CERN" }, { "presentation_id": "PID-01-27-2021-0001-01", "year": "2021", "pp_date": "1/27/2021", "title": "Project OVERCOME: Innovation in Technical Design and Community Partnerships", "author": "Lee Davenport", "file_url": "https://www.nitrd.gov/nitrdgroups/images/6/60/BRD-Lee-Davenport-01272021.pdf", "media_type": "pdf", "description": "Presentation given by Lee Davenport, US Ignite, at the Broadband R&D Team monthly meeting on January 27, 2021. Abstract: \"US Ignite, a public private partnership, has a mission to accelerate the creation of innovative apps and services that leverage advanced networking to build the foundation for smart communities. This presentation provides an overview of Project OVERCOME, in partnership with National Science Foundation. Through this project, US Ignite will fund five $300,000 proofs-of-concept that demonstrate a creative, risk-taking approach to invention, choice and/or configuration of technical, social and organizational variables to deliver outsized technical and social results to connect unserved and underserved population to the Internet for societal benefit.\"", "metadata_created": "02/02/2021", "metadata_modified": "02/02/2021", "topic": "project OVERCOME", "comments": "", "presented_at": "Broadband", "key_words": "access; broadband; community; data; design; ignite; innovation; networking; partnerships; program; project; research; technical; technology" }, { "presentation_id": "PID-04-13-2020-0001-01", "year": "2021", "pp_date": "1/21/2021", "title": "Huge Data is outgrowing the Internet's file transfer protocols", "author": "Craig Partridge", "file_url": "https://www.nitrd.gov/nitrdgroups/images/0/0a/Craig-Partridge-042020.pdf", "media_type": "pdf", "description": "Keynote address by Prof. Craig Partridge, Colorado State University, at the April 13-14, 2020 NSF workshop, \"Huge Data: A Computing, Networking, and Distributed Systems Perspective.\" The presentation established the background and purpose for the huge data research workshop including how to define huge data's nature and scope, identify its challenges and opportunities, and discuss how to enable and sustain it.", "metadata_created": "01/21/2021", "metadata_modified": "01/21/2021", "topic": "huge data; computing; networking; distributed systems", "comments": "", "presented_at": "LSN", "key_words": "compute; file transfer protocols; Globus; large data; systems;" }, { "presentation_id": "PID-11-17-2020-0001-01", "year": "2020", "pp_date": "12/15/2020", "title": "SC20 Advanced Networking for Data Intensive Science: Experiments and Demonstrations", "author": "Bill Fink", "file_url": "https://www.nitrd.gov/nitrdgroups/images/f/f3/JET-Bill-Fink-11172020.pdf", "media_type": "pdf", "description": "Presentation given by Bill Fink at the Joint Engineering Team (JET) monthly meeting on November 17, 2020. Abstract: \"Diagram of network developed to support data intensive transfer experiments & demonstrations for demos doeby GSFC and NRL for of the vitual SC20 conference.\"", "metadata_created": "12/15/2020", "metadata_modified": "12/15/2020", "topic": "advanced networking; data intensive science", "comments": "", "presented_at": "JET", "key_words": "Disk-to-disk; 200Gbps; NVME SSD disks; MVMe over Fabrics; CANARIE; Internet2; MAX; ESnet; GSFC; NRL; Ciena; SC20; StarLight" }, { "presentation_id": "PID-11-17-2020-0002-01", "year": "2020", "pp_date": "12/15/2020", "title": "SC20 Advanced Networking for Data Intensive Science: Experiments and Demonstrations", "author": "Joe Mambretti", "file_url": "https://www.nitrd.gov/nitrdgroups/images/b/be/JET-Joe-Mambretti-11172020.pdf", "media_type": "pdf", "description": "Presentation given by Joe Mambretti at the oint Engineering Team (JET) monthly meeting on November 17, 2020. Abstract: \"Overview of many demos coordinated by StarLight for of the vitual SC20 conference.\"", "metadata_created": "12/15/2020", "metadata_modified": "12/15/2020", "topic": "advanced networking; data intensive science", "comments": "", "presented_at": "JET", "key_words": "StarLight; SC20; Global Research Platform; SDX; AutoGOLE; PetaTrans; CENI; jupyter; DTN-as-a-Service; OpenNSA; Big Data Express; Rucio; ROBIN; Chameleon; composable infrastructure; FABRIC" }, { "presentation_id": "PID-09-02-2020-0002-01", "year": "2020", "pp_date": "12/10/2020", "title": "Workforce Development: Success is in the Numbers", "author": "Linda Bailey Hayden", "file_url": "https://www.nitrd.gov/nitrdgroups/images/7/7a/MAGIC-Hayden-09022020.pdf", "media_type": "pdf", "description": "Presentation given by Dr. Linda Bailey Hayden, SGCI Director of Workforce Development, at the Middleware and Grid Interagency Coordination Team (MAGIC) monthly meeting on September 2, 2020. Abstract: \"Presentation of actionable suggestions for increasing the results of workforce development efforts with examples from the NSF Science and Technology Center for Remote Sensing of Ice Sheets and the NSF Science Gateway Community Institute. Given the $6.5 billion annually NITRO makes in R&D programs, it is critical that not only the advanced networking and IT capabilities produce outstanding outcomes but also that the workforce development outcomes should be equally impressive.\"", "metadata_created": "12/10/2020", "metadata_modified": "12/10/2020", "topic": "workforce development", "comments": "", "presented_at": "MAGIC", "key_words": "ADMI; conference; development; hackathon; institute; internship; mentor; minority; national; PEARC; professional; program; science; seminar; SGCI; student; supercomputing; technology; workforce" }, { "presentation_id": "PID-11-04-2020-0001-01", "year": "2020", "pp_date": "12/10/2020", "title": "Microsoft Datacenter Academy", "author": "Anthony Putorek", "file_url": "https://www.nitrd.gov/nitrdgroups/images/a/a8/MAGIC-Anthony-Putorek-08022020.pdf", "media_type": "pdf", "description": "Presentation given by Anthony Putorek, Microsoft, at the Middleware and Grid Interagency Coordination Team (MAGIC) monthly meeting on November 4, 2020. Abstract: \"Review of Microsoft's Datacenter Academy. A Datacenter Community Development, Workforce Development Initiative.\"", "metadata_created": "12/10/2020", "metadata_modified": "12/10/2020", "topic": "workforce development", "comments": "", "presented_at": "MAGIC", "key_words": "academy; certified; communities; datacenter; DCA; development; Microsoft; skills" }, { "presentation_id": "PID-11-04-2020-0001-01", "year": "2020", "pp_date": "11/4/2020", "title": "Assured Autonomy: Path Toward Living With Autonomous Systems We Can Trust", "author": "Workshop participants ", "file_url": "https://www.nitrd.gov/documents/Assured-Autonomy-Workshop-Report-2020.pdf", "media_type": "pdf", "description": "\"Assured Autonomy Workshop\" was held on October 16-17, 2019. Workshop was focused on identifying current and anticipated challenges and problems in assuring autonomous systems within and across applications and sectors. The workshop was structured in order to stimulate cross-disciplinary exchange and concentrated on several challenge areas and application domains. The challenge areas included: Security and privacy; Safety, trust and verification; Test, evaluation and certification; Human-autonomy integration; Policy, regulation and ethics. The application domains represented at the workshop included: Mobility; Defense; Health and medicine; Civilian infrastructure Space. This report captures major findings and puts forth recommendations.", "metadata_created": "11/4/2020", "metadata_modified": "11/4/2020", "topic": "assured autonomy", "comments": "", "presented_at": "Other venue", "key_words": "assurance; autonomous; autonomy; challenges; design; development; environments; evaluation; government; human; industry; operation; potential; research; risks; safety; society; systems; technology; test;" }, { "presentation_id": "PID-09-15-2020-0001-01", "year": "2020", "pp_date": "9/30/2020", "title": "Link Oregon - Update: High-speed Fiber Broadband for Oregon's Public & Non-profit Sectors", "author": "Steve Corbató", "file_url": "https://www.nitrd.gov/nitrdgroups/images/c/c1/JET-Steve-Corbato-09152020.pdf", "media_type": "pdf", "description": "Presentation given by Steve Corbató, Executive Director, Link Oregon, at the Joint Engineering Team (JET) monthly meeting on September 15, 2020. Abstract: \"I will update the JET on recent progress in the deployment of our statewide optical network in Oregon. We recently were awarded $8.39 million of Coronavirus Relief Funds by the State of Oregon to accelerate the deployment of our network rings in eastern and southern Oregon\" - Steve Corbató.", "metadata_created": "9/30/2020", "metadata_modified": "9/30/2020", "topic": "broadband", "comments": "", "presented_at": "JET", "key_words": "Regional Optical Network (RON); Statewide dark fiber; Middle-mile network; Broadband; Ethernet-based transport; Oregon State University; University of Oregon; Oregon Health Science University; Pendleton State University; Oregon state government" }, { "presentation_id": "PID-06-01-2020-0001-01", "year": "2020", "pp_date": "6/01/2020", "title": "Findings of the 2nd Photonics and Electronics Technology for Extreme Scale Computing Workgroup (REPETE)", "author": "Karen Grutter; Tom Salter; Tim Horton; Laboratory for Physical Sciences", "file_url": "https://www.nitrd.gov/documents/REPETE-2020.pdf", "media_type": "pdf", "description": "In January of 2018, the DoD sponsored the 2nd Photonics and Electronics Technology for Extreme-scale Computing (REPETE) workgroup. REPETE investigated new challenges in the area of HPC interconnect inspired by technology trends and challenges of vital importance to USG stakeholders. The REPETE working group was a collaboration of government, academic, and commercial researchers in high performance computing (HPC) system interconnect and system architecture. The consensus findings, key conclusions and recommendations are detailed in this report.", "metadata_created": "9/29/2020", "metadata_modified": "9/29/2020", "topic": "HPC; photonic technologies", "comments": "", "presented_at": "Other venue", "key_words": "bandwidth; cost; data; efficiency; electrical; integrated; interconnect; lasers; modulation; optical; performance; photonic; power; requirements; switch; technology" }, { "presentation_id": "PID-09-24-2020-0001-01", "year": "2020", "pp_date": "9/24/2020", "title": "AI Accelerator: Overcome Data Quality Wrangling", "author": "Jay Desai", "file_url": "https://www.nitrd.gov/nitrdgroups/images/9/99/BD-Jay-Desai-09242020.pdf", "media_type": "pdf", "description": "Presentation given by Jay Desai, XtremeData, at the Big Data\nInteragency Working Group monthly meeting on September 24, 2020. Abstract: \"Today's industry builds metadata insights from datasets in a piecemeal\nfashion using sampled data through an iterative process. Such an\napproach leads to the data wrangling problem of 80%-time-for-datamunging\nwith attendant cost overheads that affect thousands of data\nworkers in a typical enterprise.\"", "metadata_created": "9/24/2020", "metadata_modified": "9/24/2020", "topic": "distributed SQL; full fidelity metadata", "comments": "", "presented_at": "Big Data", "key_words": "catalog; data quality; dataset; distributed; engine; insight; metadata; pattern; pipeline; profile; SQL; values; wrangling" }, { "presentation_id": "PID-09-02-2020-0001-01", "year": "2020", "pp_date": "9/2/2020", "title": "Case Studies of Research Software Development & Management in Universities", "author": "Daniel S. Katz", "file_url": "https://www.nitrd.gov/nitrdgroups/images/3/35/MAGIC-Daniel-Katz-09022020.pdf", "media_type": "pdf", "description": "Presentation given by Daniel S. Katz, Assistant Director for Scientific Software and Applications at the National Center for Supercomputing Applications and Research Associate Professor CS, ECE, and the School at the University of Illinois Urbana-Champaign, at the Middleware and Grid Interagency Coordination Team (MAGIC) monthly meeting on September 2, 2020. Abstract: \"This talk examines the need for professional research software development in universities, and how three university groups (NCSA at the University of Illinois, the CRC at Notre Dame, and the Research Software and Data Science group at the university of Manchester) have responded to this need. Each group is structure differently, in part because of local issue, but in part, because we are experimenting with these structures to see how they work. This talk will discuss some of the common elements, some of the differences, and their consequences.\"", "metadata_created": "9/2/2020", "metadata_modified": "9/2/2020", "topic": "workforce development", "comments": "", "presented_at": "MAGIC", "key_words": "data; development; engineering; funding; institutional; management; NCSA; people; problems; professional; projects; research; scientific; software; staff; support; team" }, { "presentation_id": "PID-08-20-2020-0001-01", "year": "2020", "pp_date": "8/21/2020", "title": "Sustainability and software ecosystems", "author": "James Howison", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2/2c/FACE-James-Howison-082020.pdf", "media_type": "pdf", "description": "Presentation given by James Howison, University of Texas at Austin , at the \"OSTP Convening: Pioneering the Future Advanced Computing Ecosystem\", August 17 – 18, 2020. Abstract: \"Sustainability means having the resources to do the work needed to keep software scientifically useful. Peer production offers a mechanism for long term sustainability. Our research shows that changing from grant funding to peer production is difficult and rare. The most successful route was already being peer production when receiving a grant, followed by having a specific open community identified at the time of the grant proposal. Being part of a local software ecosystem also appears to matter, because local ecosystems are a source of motivated, skilled, contributors.\"", "metadata_created": "8/21/2020", "metadata_modified": "8/21/2020", "topic": "advanced computing ecosystem; high-end computing", "comments": "OSTP Convening: Pioneering the Future Advanced Computing Ecosystem, August 17 – 18, 2020", "presented_at": "Other venue", "key_words": "application; cloud; community; ecosystem; engineering; computing; data; development; economic competitiveness; hardware; model; program; research; science; security; software; system; " }, { "presentation_id": "PID-08-20-2020-0002-01", "year": "2020", "pp_date": "8/21/2020", "title": "Scientific Open Source Software: sustainability is about more than code", "author": "Fernando Pérez", "file_url": "https://www.nitrd.gov/nitrdgroups/images/7/7c/FACE-Fernando-Perez-082020.pdf", "media_type": "pdf", "description": "Presentation given by Fernando Pérez, UC Berkeley, at the \"OSTP Convening: Pioneering the Future Advanced Computing Ecosystem\", August 17 – 18, 2020. ", "metadata_created": "8/21/2020", "metadata_modified": "8/21/2020", "topic": "advanced computing ecosystem; high-end computing", "comments": "OSTP Convening: Pioneering the Future Advanced Computing Ecosystem, August 17 – 18, 2020", "presented_at": "Other venue", "key_words": "application; cloud; community; ecosystem; engineering; computing; data; development; economic competitiveness; hardware; model; program; research; science; security; software; system; " }, { "presentation_id": "PID-08-20-2020-0003-01", "year": "2020", "pp_date": "8/21/2020", "title": "Robust Sustainable Software", "author": "Michael Heroux", "file_url": "https://www.nitrd.gov/nitrdgroups/images/c/cf/FACE-Mike-Heroux-082020.pdf", "media_type": "pdf", "description": "Presentation given by Michael Heroux, Sandia, at the \"OSTP Convening: Pioneering the Future Advanced Computing Ecosystem\", August 17 – 18, 2020. ", "metadata_created": "8/21/2020", "metadata_modified": "8/21/2020", "topic": "advanced computing ecosystem; high-end computing", "comments": "OSTP Convening: Pioneering the Future Advanced Computing Ecosystem, August 17 – 18, 2020", "presented_at": "Other venue", "key_words": "application; cloud; community; ecosystem; engineering; computing; data; development; economic competitiveness; hardware; model; program; research; science; security; software; system; " }, { "presentation_id": "PID-08-20-2020-0004-01", "year": "2020", "pp_date": "8/21/2020", "title": "Foundational and Translational Research and Development", "author": "Raymond Richards", "file_url": "https://www.nitrd.gov/nitrdgroups/images/9/9d/FACE-Raymond-Richards-082020.pdf", "media_type": "pdf", "description": "Presentation given by Raymond Richards, DARPA, at the \"OSTP Convening: Pioneering the Future Advanced Computing Ecosystem\", August 17 – 18, 2020. ", "metadata_created": "8/21/2020", "metadata_modified": "8/21/2020", "topic": "advanced computing ecosystem; high-end computing", "comments": "OSTP Convening: Pioneering the Future Advanced Computing Ecosystem, August 17 – 18, 2020", "presented_at": "Other venue", "key_words": "application; cloud; community; ecosystem; engineering; computing; data; development; economic competitiveness; hardware; model; program; research; science; security; software; system; " }, { "presentation_id": "PID-08-20-2020-0005-01", "year": "2020", "pp_date": "8/21/2020", "title": "Foundational & Translation Research", "author": "Kathy Yelick", "file_url": "https://www.nitrd.gov/nitrdgroups/images/9/97/FACE-Kathy-Yelick-082020.pdf", "media_type": "pdf", "description": "Presentation given by Kathy Yelick, UC Berkeley/LBL, at the \"OSTP Convening: Pioneering the Future Advanced Computing Ecosystem\", August 17 – 18, 2020. ", "metadata_created": "8/21/2020", "metadata_modified": "8/21/2020", "topic": "advanced computing ecosystem; high-end computing", "comments": "OSTP Convening: Pioneering the Future Advanced Computing Ecosystem, August 17 – 18, 2020", "presented_at": "Other venue", "key_words": "application; cloud; community; ecosystem; engineering; computing; data; development; economic competitiveness; hardware; model; program; research; science; security; software; system; " }, { "presentation_id": "PID-08-20-2020-0006-01", "year": "2020", "pp_date": "8/21/2020", "title": "Future Advanced Computing Ecosystem", "author": "Katie Antypas", "file_url": "https://www.nitrd.gov/nitrdgroups/images/a/ae/FACE-Katie-Antypas-082020.pdf", "media_type": "pdf", "description": "Presentation given by Katie Antypas, NERSC Division Deputy, at the \"OSTP Convening: Pioneering the Future Advanced Computing Ecosystem\", August 17 – 18, 2020. ", "metadata_created": "8/21/2020", "metadata_modified": "8/21/2020", "topic": "advanced computing ecosystem; high-end computing", "comments": "OSTP Convening: Pioneering the Future Advanced Computing Ecosystem, August 17 – 18, 2020", "presented_at": "Other venue", "key_words": "application; cloud; community; ecosystem; engineering; computing; data; development; economic competitiveness; hardware; model; program; research; science; security; software; system; " }, { "presentation_id": "PID-08-20-2020-0007-01", "year": "2020", "pp_date": "8/21/2020", "title": "High Performance is all about Minimizing Data Movement: A Software View", "author": "Mary Hall", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2/28/FACE-Mary-Hall-082020.pdf", "media_type": "pdf", "description": "Presentation given by Mary Hall, University of Utah, at the \"OSTP Convening: Pioneering the Future Advanced Computing Ecosystem\", August 17 – 18, 2020. Abstract: \"Applications running on current and future architectures are mostly performance-limited by the cost of data movement, vertically through the memory hierarchy of a node, and horizontally across nodes. In this talk, we discuss the role of packed data layout in optimizing data movement across a variety of different architectures (CPU and GPU) and memory systems. Conceptually, a high performance application is defined as operations on a unit of data and parallelism that is designed for efficient vertical and horizontal data movement, and can be tailored to match the requirements of an application and target architecture. (A shortened version of a Keynote at HPDC'20.)\"", "metadata_created": "8/21/2020", "metadata_modified": "8/21/2020", "topic": "advanced computing ecosystem; high-end computing", "comments": "OSTP Convening: Pioneering the Future Advanced Computing Ecosystem, August 17 – 18, 2020", "presented_at": "Other venue", "key_words": "application; cloud; community; ecosystem; engineering; computing; data; development; economic competitiveness; hardware; model; program; research; science; security; software; system; " }, { "presentation_id": "PID-08-20-2020-0008-01", "year": "2020", "pp_date": "8/21/2020", "title": "The Rapidly Evolving Research Computing Professional Workforce", "author": "Henry Neeman", "file_url": "https://www.nitrd.gov/nitrdgroups/images/7/77/FACE-Henry-Neeman-082020.pdf", "media_type": "pdf", "description": "Presentation given by Henry Neeman, University of Oklahoma, at the \"OSTP Convening: Pioneering the Future Advanced Computing Ecosystem\", August 17 – 18, 2020. Abstract: \"Research computing, data and networking are increasingly ubiquitous, across the academic, government, commercial and non-profit/non-governmental sectors. What does this workforce look like? How do they differ from the enterprise workforce? What kinds of backgrounds do they have? How are they being trained? Where are they headed? In this presentation, we'll examine the current research computing workforce, what they need, and what future trends we might anticipate.\"", "metadata_created": "8/21/2020", "metadata_modified": "8/21/2020", "topic": "advanced computing ecosystem; high-end computing", "comments": "OSTP Convening: Pioneering the Future Advanced Computing Ecosystem, August 17 – 18, 2020", "presented_at": "Other venue", "key_words": "application; cloud; community; ecosystem; engineering; computing; data; development; economic competitiveness; hardware; model; program; research; science; security; software; system; " }, { "presentation_id": "PID-08-20-2020-0009-01", "year": "2020", "pp_date": "8/28/2020", "title": "Future Advanced Computing Ecosystem", "author": "Ashley M. Korzun", "file_url": "https://www.nitrd.gov/nitrdgroups/images/3/3c/FACE-Ashley-Korzun-082020.pdf", "media_type": "pdf", "description": "Presentation given by Ashley M. Korzun, NASA, at the \"OSTP Convening: Pioneering the Future Advanced Computing Ecosystem\", August 17 – 18, 2020. Abstract: \"The future of advanced computing necessitates an ecosystem built on workforce, software, hardware, and infrastructure, with access to exascale and beyond required for a broad, collaborative basis of government, academia, and industry. This presentation uses recent NASA experience on Summit in simulating a critical technology for human-scale Mars landers to illustrate the significance of each element of this ecosystem in its present form. A vision for the future ecosystem is described.\"", "metadata_created": "8/28/2020", "metadata_modified": "8/28/2020", "topic": "advanced computing ecosystem; high-end computing", "comments": "OSTP Convening: Pioneering the Future Advanced Computing Ecosystem, August 17 – 18, 2020", "presented_at": "Other venue", "key_words": "application; cloud; community; ecosystem; engineering; computing; data; development; economic competitiveness; hardware; model; program; research; science; security; software; system; " }, { "presentation_id": "PID-07-21-2020-0001-01", "year": "2020", "pp_date": "7/20/2020", "title": "Trusted Internet Connections: TIC 3.0 Presentation", "author": "Sean Connelly", "file_url": "https://www.nitrd.gov/nitrdgroups/images/6/64/JET-Sean-Connelly-07212020.pdf", "media_type": "pdf", "description": "Presentation given by Sean Connelly, TIC Program Manager, Department of Homeland Security, at the Joint Engineering Team (JET) monthly meeting on July 21, 2020. Abstract: \"Describes TIC 3.0 with an Overview; the Evolving Network Security Challenges and Strategies; an overview of the Interim Telework Guidance, the related Engagement with Service Providers; Program Synergies between EIS, Cloud usage and TIC; and Next Steps.\"", "metadata_created": "7/20/2020", "metadata_modified": "7/20/2020", "topic": "TIC 3.0", "comments": "", "presented_at": "JET", "key_words": "TIC 3.0; telework security; cloud security; SASE; zero trust" }, { "presentation_id": "PID-07-01-2020-0001-01", "year": "2020", "pp_date": "7/1/2020", "title": "CloudBank: Managed Services to Simplify Cloud Access for Computer Science Research and Education", "author": "Michael L. Norman", "file_url": "https://www.nitrd.gov/nitrdgroups/images/1/1d/MAGIC-Michael-Norman-07012020.pdf", "media_type": "pdf", "description": "Presentation given by Michael L. Norman, Director, San Diego Supercomputer Center and Distinguished Professor of Physics, UC San Diego, at the Middleware and Grid Interagency Coordination Team (MAGIC) monthly meeting on July 1, 2020. Abstract: \"CloudBank provides a set of managed services to simplify cloud access for researchers funded by the NSF through specific solicitations within the CISE directorate. CloudBank streamlines administrative and financial processes to simplify cloud adoption by focusing on flexible account management, powerful usage monitoring tools, and economies of scale cloud vendor contracting. CloudBank is funded by a 5-year grant from the NSF to create a \"cloud access entity\" that can become a self-sustaining entity serving a broader set of users across the NSF in the future.\"", "metadata_created": "6/30/2020", "metadata_modified": "6/30/2020", "topic": "scientific data life cycle", "comments": "", "presented_at": "MAGIC", "key_words": "cloud; cloudbank; education; management; research; resources; solicitations; supercomputer; support; training; user" }, { "presentation_id": "PID-07-01-2020-0002-01", "year": "2020", "pp_date": "7/1/2020", "title": "NIH STRIDES Initiative", "author": "Valerie Virta", "file_url": "https://www.nitrd.gov/nitrdgroups/images/e/e3/MAGIC-Valerie-Virta-07012020.pdf", "media_type": "pdf", "description": "Presentation given by Valerie Virta, AAAS Science & Technology Policy Fellow, NIH, at the Middleware and Grid Interagency Coordination Team (MAGIC) monthly meeting on July 1, 2020. Abstract: \"An overview of cloud migration and use for research in the context of the STRIDES Initiative at NIH is followed by a high-level overview of the system architecture. After a brief explanation of the funding model, the path forward for researchers is explained, along with some success stories.\"", "metadata_created": "6/30/2020", "metadata_modified": "6/30/2020", "topic": "scientific data life cycle", "comments": "", "presented_at": "MAGIC", "key_words": "architecture; AWS; cloud; controls; data science; funding; google; Health; Kids First; infrastructure; National Library of Medicine; NIH; PII-Secured AWS Computing Environment; Sequence Read Archive; storage; STRIDES" }, { "presentation_id": "PID-03-04-2020-0002-01", "year": "2020", "pp_date": "6/18/2020", "title": "Safety and Cybersecurity in Human-Cyber-Physical Systems", "author": "Nancy Leveson", "file_url": "https://www.nitrd.gov/nitrdgroups/images/4/4c/CNPS-Nancy-Leveson-03042020.pdf", "media_type": "pdf", "description": "Presentation given by Nancy Leveson, professor of Aeronautics and Astronautics, Massachusetts Institute of Technology, at the Computing-Enabled Networked Physical Systems (CNPS) Interagency Working Group monthly meeting on March 4, 2020. Abstract: \"I believe that significant progress in the complex, software-intensive systems that we want to build requires a paradigm change. Twenty years ago I started to explore tools to create safety-critical systems based on systems theory rather than traditional reliability theory. We now have successfully employed these tools on some of the most dangerous and complex systems in the world today. Amazingly, they worked even better than I expected and are being used in a wide variety of industries. More recently the same approach has been applied to cyber security, with the same kinds of results. In this presentation, I’ll describe the new theoretical model of accident causality, called STAMP, underlying the new tools and techniques, the types of tools that can be built using this new theoretical foundation, who is using them, and some of the dozens of comparisons and evaluations (both in universities and industry) that show how much better the results are than using traditional tools. Finally, I will suggest what other outstanding problems today that this new paradigm could be used to solve.\"", "metadata_created": "6/18/2020", "metadata_modified": "6/18/2020", "topic": "cybersecurity; human-cyber-physical systems", "comments": "", "presented_at": "CNPS", "key_words": "accident; analysis; component; control; design; engineering; error; failure; human; interaction; loss; model; operational; process; requirements; safety; security; software; system" }, { "presentation_id": "PID-04-23-2020-0001-01", "year": "2020", "pp_date": "6/17/2020", "title": "Open Science, Business Analytics and FAIR Digital Objects", "author": "George O. Strawn", "file_url": "https://www.nitrd.gov/nitrdgroups/images/8/83/George-Strawn-04232020.pdf", "media_type": "pdf", "description": "Presentation given by George O. Strawn, National Academy of Sciences, at the Big Data Interagency Working Group (IWG) monthly meeting on April 23, 2020. Abstract: \"Claim: data can be made considerably more useful with the right research and use case development. Application pull exists: the Internet of Things is just around the corner, deep learning is dependent on evermore data, calls for a more Open Science are growing, and the current pandemic provides urgency. More technology push is needed: accelerate the emergence of the new world of interoperable data.\"", "metadata_created": "6/17/2020", "metadata_modified": "6/17/2020", "topic": "open science; business analytics; FAIR Digital Objects", "comments": "", "presented_at": "Big Data", "key_words": "computer system; data; FAIR; internet; interoperable; metadata; networks; digital objects; open; research; science; semantic web;" }, { "presentation_id": "PID-06-09-2020-0001-01", "year": "2020", "pp_date": "6/9/2020", "title": "An Overview of the LSN Workshop on Huge Data: A Computing, Networking and Distributed Systems Perspective", "author": "Kuang-Ching (KC) Wang", "file_url": "https://www.nitrd.gov/nitrdgroups/images/3/3b/LSN-KC-Wang-06092020.pdf", "media_type": "pdf", "description": "Presentation given by Dr. Kuang-Ching (KC) Wang, Professor of Electrical and Computer Engineering, Clemson University, at the Large Scale Networking Interagency Working Group monthly meeting on June 9, 2020. Abstract: \"The LSN Huge Data Workshop was held on April 13-14, 2020, bringing together domain scientists, network and systems researchers, and infrastructure providers, to discuss the challenges and requirements of \"huge-data\" sciences and engineering research needs and explore new paradigms to address the problems associated with processing, storing, and transferring huge data.\"", "metadata_created": "6/9/2020", "metadata_modified": "6/9/2020", "topic": "computing systems; huge data; networking systems; distributed systems", "comments": "", "presented_at": "LSN", "key_words": "computing; data; distributed; domain; huge; infrastructure; IWG; Large Scale Networking; LSN; networking; paradigm; storage; systems; workshop" }, { "presentation_id": "PID-05-16-2020-0001-01", "year": "2020", "pp_date": "6/5/2020", "title": "Secure Data Outsourcing Over the Years", "author": "Sharad Mehrotra", "file_url": "https://www.nitrd.gov/nitrdgroups/images/8/80/MAGIC-Sharad-Mehrotra-05062020.pdf", "media_type": "pdf", "description": "Presentation given by Sharad Mehrotra, Professor of Information and Computer Science, University of California, Irvine, at the Middleware and Grid Interagency Coordination (MAGIC) monthly meeting on May 6, 2020. Abstract: Keeping data secure in the cloud faces challenges and potential solutions such as 1) cryptographic soltuions that include data processing over encrypted data and multi-party computationt and secret-shared data; and 2) exploiting trusted computing hardware . Key questions: can we design an outsourcing solution that is simultaneously efficient and secure? Reccomends working on understanding the security and performance impliactions of using multiple cryptographic techniques simultaneously.", "metadata_created": "6/5/2020", "metadata_modified": "6/5/2020", "topic": "data confidentiality", "comments": "", "presented_at": "MAGIC", "key_words": "adversary; cloud; computing; cryptographic; data; enclave; encrypted; execution; hardware; homomorphic; model; processing; secret-sharing; security; SQL; trusted" }, { "presentation_id": "PID-05-16-2020-0002-01", "year": "2020", "pp_date": "6/5/2020", "title": "Hosting and Working with Sensitive Data on High Performance Computing (HPC) environments", "author": "Hakizumwami Birali Runesha", "file_url": "https://www.nitrd.gov/nitrdgroups/images/f/f4/MAGIC-Hakizumwami-Birali-Runesha-05062020.pdf", "media_type": "pdf", "description": "Presentation given by Hakizumwami Birali Runesha, Assistant Vice President for Research Computing; Director of the Research Computing Center, The University of Chicago, at the Middleware and Grid Interagency Coordination (MAGIC) monthly meeting on May 6, 2020. Abstract: \"With the increased number of research projects requiring compliance with data security and privacy standards, and data security breaches at peer institutions and associated risks, there is a need for deploying ecosystems and governance for working with sensitive data. The lack of standardized security, privacy, and operating procedures when receiving or working with restricted data sets provided by third parties coupled with the availability of artificial Intelligence tools that question data privacy have further amplified this need on High Performance computing (HPC) systems. This talk will introduce the secure research data strategy and platforms for hosting and working with sensitive data on HPC environments at the University of Chicago Research Computing Center and will discuss the lessons learned, observations and recommendations collected while working on this project. \"", "metadata_created": "6/5/2020", "metadata_modified": "6/5/2020", "topic": "data confidentiality", "comments": "", "presented_at": "MAGIC", "key_words": "computing; cyber security; data; enclave; high performance; privacy; research; security; sensitive; standard; storage; university" }, { "presentation_id": "PID-04-01-2020-0001-01", "year": "2020", "pp_date": "4/20/2020", "title": "Issues at the intersection of AI, Streaming, HPC, Data-centers and the Edge", "author": "Geoffrey Fox", "file_url": "https://www.nitrd.gov/nitrdgroups/images/4/4e/MAGIC-Geoffrey-Fox-04012020.pdf", "media_type": "pdf", "description": "Presentation given by Geoffrey Fox, Distinguished Professor, Luddy School of Informatics, Computing, and Engineering, Indiana University Bloomington, at the Middleware and Grid Interagency Coordination (MAGIC) monthly meeting on April 1, 2020. Abstract: “Discuss issues at the intersection of AI, Streaming, HPC, Data-centers and the Edge This includes working with industry (e.g., MLPerf activity- Science Research benchmarks and software issues).”", "metadata_created": "4/20/2020", "metadata_modified": "4/20/2020", "topic": "AI; Streaming; HPC; Data-centers; Edge", "comments": "", "presented_at": "MAGIC", "key_words": "AI; algorithms; analysis; benchmark; data; data-center; deep learning; domains; edge; HPC; integration; MLPerf; neural; networks; physics; software; streaming;workflow" }, { "presentation_id": "PID-04-01-2020-0002-01", "year": "2020", "pp_date": "4/20/2020", "title": "Al for Science", "author": "Rick Stevens; Valerie Taylor; Jeff Nichols; Barney Maccabe; Kathy Yelick; David Brown", "file_url": "https://www.nitrd.gov/nitrdgroups/images/4/4a/MAGIC-Rick-Stevens-04012020.pdf", "media_type": "pdf", "description": "Presentation given by Valerie Taylor, Division Director of the Mathematics and Computer Science Division, Argonne National Laboratory, at the Middleware and Grid Interagency Coordination (MAGIC) monthly meeting on April 1, 2020. Abstract: \"The presentation provides a summary of the DOE Al for Science report, identifying the research opportunities in Al. The report represents the participation from over 1,000 scientist in four town hall meetings during the summer of 2019. The goal of the town hall series was to examine scientific opportunities in the areas of Al, big data, and HPC in the next decade, and to capture the big ideas, grand challenges, and next steps to realizing these opportunities.\"", "metadata_created": "4/20/2020", "metadata_modified": "4/20/2020", "topic": "AI; science", "comments": "", "presented_at": "MAGIC", "key_words": "AI; data; digital; DOE; exascale; foundations; high energy physics; HPC; laboratories; life sciences; ml; research; town halls; vision; workflows" }, { "presentation_id": "PID-03-04-2020-0001-01", "year": "", "pp_date": "4/20/2020", "title": "Data Integrity Management with Globus & BDBags", "author": "Richard Wagner", "file_url": "https://www.nitrd.gov/nitrdgroups/images/c/cd/MAGIC-Rick-Wagner-03042020.pdf", "media_type": "pdf", "description": "Presentation given by Richard Wagner, Professional Services Manager, Globus, at the Middleware and Grid Interagency Coordination (MAGIC) monthly meeting on March 4, 2020. Abstract: \"How Globus verifies data integrity after transferring files between systems and how to use BDBags to encapsulate files for validations across systems.\"", "metadata_created": "4/20/2020", "metadata_modified": "4/20/2020", "topic": "Data Integrity", "comments": "", "presented_at": "MAGIC", "key_words": "archive; Bagit; BDBag; CMIP6; data; checksum; corruption; Globus; reliability; storage; systems; integrity; network; scalable; training; transfer; verify" }, { "presentation_id": "PID-03-17-2020-0001-01", "year": "2020", "pp_date": "3/30/2020", "title": "FABRIC: Integration of bits, bytes and xPUs", "author": "Inder Monga", "file_url": "https://www.nitrd.gov/nitrdgroups/images/4/41/JET-Inder-Monga-03172020.pdf", "media_type": "pdf", "description": "Presentation given by Inder Monga, Director, ESnet, at the Joint Engineering Team (JET) monthly meeting on March 17, 2020. Abstract: \"FABRIC is a unique national research infrastructure to enable cutting-edge and exploratory research at-scale in networking, cybersecurity, distributed computing and storage systems, machine learning, and science applications. It is an everywhere programmable nationwide instrument comprised of novel extensible network elements equipped with large amounts of compute and storage, interconnected by high speed, dedicated optical links. It will connect a number of specialized testbeds (5G/IoT PAWR, NSF Clouds) and high-performance computing facilities to create a rich fabric for a wide variety of experimental activities.\"", "metadata_created": "3/30/2020", "metadata_modified": "3/30/2020", "topic": "networking; network architecture testbeds; cybersecurity; distributed computing; storage systems; machine learning; science applications", "comments": "", "presented_at": "JET", "key_words": "network compute, network storage, network instrument, OpenFlow, P4, DPDK, ESnet, RENCI, GPU, FPGA, SmartNIC, disaggregated router, user provisionable, PacketGPS, network architecture, sliceability" }, { "presentation_id": "PID-02-05-2020-0002-01", "year": "2020", "pp_date": "3/23/2020", "title": "The National Microbiome Data Collaboartive: A FAIR data resource", "author": "Kjiersten Fagnan", "file_url": "https://www.nitrd.gov/nitrdgroups/images/b/bb/MAGIC-Kjiersten-Fagnan-02052020.pdf", "media_type": "pdf", "description": "Presentation given by Dr. Kjiersten Fagnan, Lawrence Berkeley National Laboratory, at the MAGIC Team monthly meeting on February 5, 2020. Abstract: \"The cross-cutting nature of microbiome research in environmental sciences, health, agriculture, energy, and natural and built environments requires the development of new solutions and community coordination to tackle grand challenges that will accelerate basic discovery and lead to transformative advances. The velocity at which microbiome data are generated has far outpaced current infrastructure resources for collection, processing, and distribution of these data in an effective, uniform, and reproducible manner, even at the largest data centers. There is growing community demand for open and transparent data through the development of a user-friendly, robust, integrated system with expert curation. The National Microbiome Data Collaborative (NMDC) will address fundamental roadblocks in microbiome data science through implementation of guiding principles to make data findable. accessible. interoperable and reusable (FAIR).\"", "metadata_created": "3/23/2020", "metadata_modified": "3/23/2020", "topic": "microbiome research", "comments": "", "presented_at": "MAGIC", "key_words": "collaborative; curation; data; development;DOE; FAIR, HPC; metadata; microbiome; microbiomedata; National Micrbiome Data Collaborative, NMDC; reproducible; scale; standards; workflows" }, { "presentation_id": "PID-02-05-2020-0001-01", "year": "2020", "pp_date": "02/03/2020", "title": "Long-term Data Management in the NERSC Archive", "author": "Nicholas Balthaser; Wayne Hurlbert", "file_url": "https://www.nitrd.gov/nitrdgroups/images/e/e3/MAGIC-Balthaser-Hurlbert-02052020.pdf", "media_type": "pdf", "description": "Presentation given by Nicholas Balthaser and Wayne Hurlbert, LBNL/NERSC, at MAGIC monthly meeting on February 5, 2020. Abstract: \"The NERSC data archive holds over 40 years of scientific data, and in many cases there is only one copy. In this talk we will go over a three-tiered approach to data management and loss prevention in the archive. We will describe two incidents that resulted in data loss or system disruption, and how those incidents affected our data management practices. Finally we will cover technologies and practices intended to further mitigate potential data loss.\" - Nicholas Balthaser.", "metadata_created": "02/03/2020", "metadata_modified": "02/03/2020", "topic": "data management", "comments": "", "presented_at": "MAGIC", "key_words": "archive; copy; data; hardware; HPSS; library; loss; maintenance; management; media; NERSC; RAIT; software; system" }, { "presentation_id": "PID-01-21-2020-0001-01", "year": "2020", "pp_date": "1/21/2020", "title": "Link Oregon, a 4th wave optical network for R&E", "author": "Steve Corbató", "file_url": "https://www.nitrd.gov/nitrdgroups/images/e/eb/JET-Steve-Corbato-01212020.pdf", "media_type": "pdf", "description": "Presentation given by Steve Corbató, executive director of Link Oregon, at JET monthly meeting on January 21, 2020. Abstract: \"In this short presentation, I will describe Link Oregon, an emerging optical network in the Pacific Northwest and the partnership of the state's four research universities and state government. The new non-profit organization is leveraging over 2,500 route miles of predominantly in-state dark fiber acquisitions and is incorporating the earlier NERO IP-based network operated by the University of Oregon, including the N-WAVE partnership in support of NOAA's science presence in Oregon. I will report on our recent optronics procurement and describe our plans to provide a resilient, statewide set of services\" - Steve Corbató.", "metadata_created": "1/21/2020", "metadata_modified": "1/21/2020", "topic": "networks; networked systems", "comments": "", "presented_at": "JET", "key_words": "501c3 non-profit consortium; ARS; Cable landings; CENIC; CryoEM center; Enhanced internet service; Ethernet based transport; Internet2; K-12; Lewis & Clark; Link Oregon; NETL-Albany; NIH; NOAA; N-Wave; OHSU; Oregon Fiber Partnership; Oregon state government; OSU; PSU; recognized Tribes; Reed; Statewide fiber; University of Oregon, NERO; University of Portland; USDA; Worldport" }, { "presentation_id": "PID-01-16-2020-0001-01", "year": "2020", "pp_date": "01/16/2020", "title": "Research Software Sustainability", "author": "Daniel S. Katz", "file_url": "https://www.nitrd.gov/nitrdgroups/images/6/65/HEC-Daniel-Katz-01162020.pdf", "media_type": "pdf", "description": "Presentation given by Daniel S. Katz, Assistant Director for Scientific Software and Applications at the National Center for Supercomputing Applications (NCSA), Research Associate Professor in Computer Science (CS), Research Associate Professor in Electrical and Computer Engineering (ECE), Research Associate Professor in the School of Information Sciences (iSchool), and Faculty Affiliate in Computational Science and Engineering (CSE) at the University of Illinois Urbana-Champaign, at the High End Computing (HEC) Interagency Working Group (IWG) monthly meeting on January 16, 2020. Abstract: \"This talk focuses on research software sustainability. It first explains the importance of research software and the use of software in research, using Parsl (http://parsl-project.org) and an electromagnetics FDTD application as examples. It next talks about challenges to software sustainability, including the problem of software collapse, measuring software contributions, and career paths. As solutions, it discusses software citation as a way to measure the impact of software, and the Research Software Engineering (RSE) movement as developing a new type of career path.\" - Daniel S. Katz.", "metadata_created": "2/6/2020", "metadata_modified": "2/6/2020", "topic": "research software; research software sustainability; scientific software challenges", "comments": "", "presented_at": "HEC", "key_words": "citation; code; community; developer; infrastructure; open source; project; research; science; software; sustainability" }, { "presentation_id": "PID-12-05-2019-0001-01", "year": "2019", "pp_date": "12/5/2019", "title": "Running a GPU burst for Multi- Messenger Astrophysics with IceCube across all available GPUs in the Cloud", "author": "Frank Würthwein", "file_url": "https://www.nitrd.gov/nitrdgroups/images/8/80/MAGIC-Frank-Wurthwein-12042019.pdf", "media_type": "pdf", "description": "Presentation given by Frank Würthwein, OSG Executive Director UCSD/SDSC, at the MAGIC Team monthly meeting on December 4, 2019. Abstract: \"The San Diego Supercomputer Center (SDSC) and the Wisconsin IceCube Particle Astrophysics Center (WIPAC) at the University of Wisconsin–Madison successfully completed a computational experiment as part of a multi-institution collaboration that marshalled all globally available for sale GPUs (graphics processing units) across Amazon Web Services, Microsoft Azure, and the Google Cloud Platform. The GPU cloud burst was focused in the area of multi-messenger astrophysics, which is based on the observation and analysis of what is called ‘messenger’ signals, in this case neutrinos.\"", "metadata_created": "2/13/2020", "metadata_modified": "2/13/2020", "topic": "GPU burst; astrophysics", "comments": "", "presented_at": "MAGIC", "key_words": "astrophysics; burst; cloud; computing; dHTC; energy; global; GPU; grid; IceCube; jobs; large; neutrino; open; photon; science; Amazon; astrophysics; burst; cloud; cost; dHTC; exascale; global; Google; GPU; HTCondor; IceCube; Microsoft; multi-messenger; neutrino; NVIDIA; OSG; photon; simulation" }, { "presentation_id": "PID-11-30-2019-0001-01", "year": "2019", "pp_date": "11/30/2019", "title": "Fishery-Independent Surveys and Machine Learning for Stock Assessment", "author": "Benjamin L. Richards", "file_url": "https://youtu.be/ZfQFutbKwDs", "media_type": "video", "description": "Presentation by Benjamin L. Richards, Stock Assessment Program, Fisheries Research and Monitoring Division, NOAA Fisheries Pacific Islands Fisheries Science Center at Video and Image Analytics (VIA) Task Force monthly meeting on August 15, 2019. Abstract: \"Optical, camera-based surveys confer myriad advantages to the marine scientist, including non-extractive sampling with consistent bias and creation of auditable datasets. Unfortunately, camera-based surveys currently generate data volumes that quickly exceed capabilities of human annotators. NOAA Fisheries has been engaged in a five-year Strategic Initiative to support development of machine learning and computer vision algorithms to automate processing of optical datasets generated through marine resource surveys. In 2018, NOAA Fisheries released two software packages that support automated annotation, optimizing human annotation efforts and increasing efficiency of data processing.\"", "metadata_created": "11/30/2019", "metadata_modified": "11/30/2019", "topic": "artificial intelligence; machine learning; fishery; image analysis", "comments": "", "presented_at": "VIA", "key_words": "assessment; camera; center; coralnet; data; detection; fish; fishery; frame; generate; human; model; science; species; stock; survey; system; video" }, { "presentation_id": "PID-11-19-2019-0001-01", "year": "2019", "pp_date": "11/19/2019", "title": "Distributed Computing and Data Ecosystem (DCDE)", "author": "Ray Bair; Kuldeep Chawla; Luis Corrales; David Cowley; Zhihua Dong; Eric Lancon; Ketan Maheshwari; Daniel Murphy-Olson; Mallikarjun Shankar; Richard Carlson", "file_url": "https://www.nitrd.gov/nitrdgroups/images/6/65/MAGIC-DCDE-11192019.pdf", "media_type": "pdf", "description": "Presentation given by Arjun Shankar (ORNL), Eric Lancon (BNL), and Ketan Maheshwari (OLCF) at MAGIC monthly meeting on November 19, 2019. Abstract: \"DOE Office of Science (SC) wide federated Distributed Computing and Data Ecosystem (DCDE) comprises tools, capabilities, services and governance policies to enable researchers to seamlessly use a large variety of computing-related resources (i.e., scientific instruments, local clusters, large facilities, storage, enabling systems software, and networks) end-to-end across laboratories within the DOE environment.\"", "metadata_created": "12/18/2019", "metadata_modified": "12/18/2019", "topic": "distributed computing; data ecosystem", "comments": "Presented at MAGIC meeting, SC19, Denver, Colorado", "presented_at": "MAGIC", "key_words": "AuthN; AuthZ; containers; CILogon; CoManage; cross-facility; data; distributed; DOE; driver; ecosystem; DCDE; Future Laboratory Computing Working Group; FLC-WG; Globus; governance; Juptyer Hub; lab; oauth; Parsl; pilot; portability; Relion; singularity; storage; tool; transfer; virtualization; workflow" }, { "presentation_id": "PID-11-19-2019-0002-01", "year": "2019", "pp_date": "11/19/2019", "title": "SC19 Advanced Networking For Data Intensive Science Experiments and Demonstrations", "author": "Joe Mambretti", "file_url": "https://www.nitrd.gov/nitrdgroups/images/1/1e/JET-Joe-Mambretti-11192019.pdf", "media_type": "pdf", "description": "Presentation given by Joe Mambretti, Director of the International Center for Advanced Internet Research, at JET monthly meeting on November 19, 2019. Abstract: \"This presentation provides an overview of the specialized WAN and LAN networking provisioned for SC19 in Denver. In order to support a wide range of advances networking services (including 400 Gbps, LAN and WAN services) for data intensive science experiments and demonstrations. The network provisioning was undertaken by SCinet in cooperation with multiple organizational and research partners.\"", "metadata_created": "12/19/2019", "metadata_modified": "12/19/2019", "topic": "networks; data; science; data intensive science", "comments": "Presented at JET meeting, SC19, Denver, Colorado", "presented_at": "JET", "key_words": "400GE WAN circuit; AutoGOLE; BigData Express; data; DTN; FABRIC; GENI; GLIF; GRP; IRNC; IRNC; JBDT; LHCONE; LHCOPN; NASA/GSFC; network; NRL; OpenNSA; P4; PetaTrans; quantum; research; Rucio; SC19; science; SCinet; SDN; SDX; services; StarLight; testbed" }, { "presentation_id": "PID-11-18-2019-0001-01", "year": "2019", "pp_date": "11/18/2019", "title": "HPC Performance Improvements Through Innovative Architecture", "author": "David Mountain; John Shalf; Andrew Chien; Raymond Bair; Arun Rodrigues; Eric Cheng; Yuan Zeng; Xiaochen Guo; Dilip Vasudevan; Maya Gokhale; George Michelogiannakis; Anastasiia Butko; David Donofrio; Adolfy Hoisie; Kristopher Keipert; Hal Finkel; Antonino Tumeo; James Ang; Lingda Li; Noel Wheeler; Katherine Yelick; Marquita Ellis; George Fann; Scott Lloyd; Mark Raugas; Simon Hammond", "file_url": "https://www.nitrd.gov/documents/HPC-Performance-Improvements-Project-38.pdf", "media_type": "pdf", "description": "Executive Summary: \"NSA, the DOE Office of Science, and the DOE National Nuclear Security Administration (NNSA) recognize the imperative to develop new mechanisms for engagement with the vendor community, particularly on architectural innovations with strategic value to USG HPC. Project 38 is an interagency collaboration between NSA and the DOE, focusing on a set of vendor-agnostic architectural explorations. These explorations are intended to accomplish the following: Near-term goal - Quantify the performance value and identify the potential costs of specific architectural concepts against a limited, focused set of applications of interest to both the DOE and NSA; Long-term goal - Develop an enduring capability for DOE and NSA to jointly explore architectural innovations and quantify their value. Project 38 has made significant progress in meeting its near-term goal, and is beginning to share initial exploration results with the wider HPC community, both industry and academia.\"", "metadata_created": "11/18/2019", "metadata_modified": "11/18/2019", "topic": "HPC", "comments": "", "presented_at": "HEC", "key_words": "accelerator; applications; architecture; architectural concepts; collaboration; computer; data; design; evaluation; hardware; HPC; industry; implementation; improvement; memory; model; partnerships; performance; results; software; system" }, { "presentation_id": "PID-09-24-2019-003-01", "year": "2019", "pp_date": "9/24/2019", "title": "Networking and Information Technology R&D Program - Introduction to NITRD", "author": "Kamie Roberts", "file_url": "https://www.nitrd.gov/documents/NITRD-Kamie-Roberts-09242019.pdf", "media_type": "pdf", "description": "Presentation by Kamie Roberts, Director, National Coordination Office for NITRD. Presentation outline: \"NITRD Overview; NITRD Member Agencies; Participating Agencies; NITRD Interagency Working Groups; FY2021 Administration R&D Budget Priorities; Future Computing R&D; National Artificial Intelligence R&D Strategic Plan; Artificial Intelligence R&D; High End Computing R&D; Big Data R&D; Computing-Enabled Human Interaction, Communication & Augmentation (CHuman); All Important STEM\".", "metadata_created": "9/30/2019", "metadata_modified": "9/30/2019", "topic": "NITRD Program", "comments": "", "presented_at": "Other venue", "key_words": "Administration; agencies; AI; artificial; computing; data; development; federal; health; information; intelligence; national; NITRD; program; research; systems; technology" }, { "presentation_id": "PID-09-04-2019-001-02", "year": "2019", "pp_date": "9/4/2019", "title": "NIH's Strategic Vision for Data Science: Enabling a FAIR-Data Ecosystem (video)", "author": "Susan Gregurick", "file_url": "https://youtu.be/dIVTGAzFqE4", "media_type": "video", "description": "Presentation given by Dr. Susan Gregurick, Senior Advisor, Office of Data Science Strategy, NIH, at MAGIC Monthly Meeting on September 4, 2019. Abstract: \"Biomedical Researchers today are faced with a growing number of quantitative and qualitative methods that generate data from experiments, computational and observational studies, clinical studies and data gathered from individuals and from communities. The generation of this data is highly distributed, including individual scientists, research groups, patients and large cohort studies, and large-scale initiatives. In parallel to the rise in data generation and data use in research, computational sciences are also undergoing a metamorphosis. From new methods and tools to analyze and understand data (machine learning, deep learning, artificial intelligence, and virtual-reality technologies) to new platforms, that embrace heterogeneous computing (e.g. SUMMIT) or quantum information, the landscape of data-information-computing creates a need for a strategic vision in biomedical data science. Our aim is to provide for a connected data ecosystem that embraces the concept that data is Findable, Accessible, Interoperable and Reproducible. This seminar will engage participants to think about new ways in which we can extend our data science capabilities.\"", "metadata_created": "9/10/2019", "metadata_modified": "9/10/2019", "topic": "data science", "comments": "", "presented_at": "MAGIC", "key_words": "access; authorization; biomedical; community; connecting; data; datasets; develop; ecosystem; enhancing; ERA; FAIR; information; NIH; policy; program; repositories; research; role; science; sharing; user; workforce" }, { "presentation_id": "PID-09-04-2019-001-01", "year": "2019", "pp_date": "9/4/2019", "title": "NIH's Strategic Vision for Data Science: Enabling a FAIR-Data Ecosystem", "author": "Susan Gregurick", "file_url": "https://www.nitrd.gov/nitrdgroups/images/c/cb/MAGIC-Susan-Gregurick-09042019.pdf", "media_type": "pdf", "description": "Presentation given by Dr. Susan Gregurick, Senior Advisor, Office of Data Science Strategy, NIH, at MAGIC Monthly Meeting on September 4, 2019. Abstract: \"Biomedical Researchers today are faced with a growing number of quantitative and qualitative methods that generate data from experiments, computational and observational studies, clinical studies and data gathered from individuals and from communities. The generation of this data is highly distributed, including individual scientists, research groups, patients and large cohort studies, and large-scale initiatives. In parallel to the rise in data generation and data use in research, computational sciences are also undergoing a metamorphosis. From new methods and tools to analyze and understand data (machine learning, deep learning, artificial intelligence, and virtual-reality technologies) to new platforms, that embrace heterogeneous computing (e.g. SUMMIT) or quantum information, the landscape of data-information-computing creates a need for a strategic vision in biomedical data science. Our aim is to provide for a connected data ecosystem that embraces the concept that data is Findable, Accessible, Interoperable and Reproducible. This seminar will engage participants to think about new ways in which we can extend our data science capabilities.\"", "metadata_created": "9/6/2019", "metadata_modified": "9/6/2019", "topic": "data science", "comments": "", "presented_at": "MAGIC", "key_words": "access; authorization; biomedical; community; connecting; data; datasets; develop; ecosystem; enhancing; ERA; FAIR; information; NIH; policy; program; repositories; research; role; science; sharing; user; workforce" }, { "presentation_id": "PID-08-28-2019-004-01", "year": "2019", "pp_date": "8/28/2019", "title": "Anomaly Detection", "author": "Weng-Keen Wong", "file_url": "https://www.nitrd.gov/nitrdgroups/images/b/b1/AI-Spectrum-Weng-Keen-Wong-08282019.pdf", "media_type": "pdf", "description": "Presentation given by Weng-Keen Wong, Associate Professor of Computer Science at Oregon State University, during the panel \"Current State of Artificial Intelligence\" at the \"Artificial Intelligence & Wireless Spectrum: Opportunities and Challenges\" workshop on August 28-29, 2019, Rome, NY. Abstract: \"Anomaly detection is an area of machine learning that aims to find unusual data instances of interest. This panel presentation will briefly introduce the field of anomaly detection and discuss its application to the wireless spectrum.\"", "metadata_created": "9/19/2019", "metadata_modified": "9/19/2019", "topic": "artificial intelligence; wireless spectrum", "comments": "Artificial Intelligence & Wireless Spectrum: Opportunities and Challenges, Griffiss Institute, Rome, NY (August 28-29, 2019).", "presented_at": "WSRD", "key_words": "algorithm; application; anomaly; data; detection; environmental; monitoring; spectrum; temporal; wireless" }, { "presentation_id": "PID-08-28-2019-003-01", "year": "2019", "pp_date": "8/28/2019", "title": "Understanding a bit of AI in the Capital Markets", "author": "Kevin Compher", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2/2d/AI-Spectrum-Kevin-Compher-08282019.pdf", "media_type": "pdf", "description": "Presentation given by Kevin Compher at the \"Artificial Intelligence & Wireless Spectrum: Opportunities and Challenges\" workshop on August 28-29, 2019, Rome, NY. Kevin Compher is a senior data scientist and technologist in U.S. Securities and Exchange\nCommission's Division of Trading and Markets. Abstract: \"Provides a brief overview of U.S. equity market structure and highlights some of its dynamics in high velocity, high volume data and networking paradigms. Real-time AI based factors, applications and research topics are introduced like smart order routers, matching engines, crumbling quote signals and flash events. Challenges developing time series mining methods that sufficiently scale and effectively, characterize market systems perturbed by algorithms often reacting to exogenous factors and speed bumps are introduced. Methods like Markov C ain Monte Carlo, Bayesian Linear Regression, Deep Reinforcement Learning, Long Short Term Memory and Gated Recurrent Units are described, as are examples using logistic regression are agent base learning models. Finally, tradeoffs in black box performance, complexity and interpretability are highlighted.\"", "metadata_created": "9/19/2019", "metadata_modified": "9/19/2019", "topic": "artificial intelligence; wireless spectrum", "comments": "Artificial Intelligence & Wireless Spectrum: Opportunities and Challenges, Griffiss Institute, Rome, NY (August 28-29, 2019).", "presented_at": "WSRD", "key_words": "AI; algo; capital; equity; finance; flash; machine learning; market; midpoint; model; NYSE; predict; price; Rashomon; Securities and Exchange Commission; signal; trading" }, { "presentation_id": "PID-08-28-2019-002-01", "year": "2019", "pp_date": "8/28/2019", "title": "Spatio Spectral Resource Sharing: An AI Opportunity", "author": "Bodhisatwa Sadhu", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2/21/AI-Spectrum-Bodhisatwa-Sadhu-08282019.pdf", "media_type": "pdf", "description": "Presentation given by Dr. Bodhisatwa Sadhu at the \"Artificial Intelligence & Wireless Spectrum: Opportunities and Challenges\" workshop on August 28-29, 2019, Rome, NY. Dr. Sadhu is a Research Staff Member at IBM T.J. Watson Research Center, NY and an Adjunct Assistant Professor at Columbia University, NY. Abstract: \"The presentation discusses the challenge and opportunity of spatio-spectral resource management in the 5G era. mmWave 5G beamforining has allowed access to an unprecedented spatio-spectral resource. However, spatio-spectral resource management is an extremely complex problem. We believe that this presents an opportunity for Al based resource management solutions (Bodhisatwa Sadhu).\"", "metadata_created": "9/11/2019", "metadata_modified": "9/11/2019", "topic": "artificial intelligence; wireless spectrum", "comments": "Artificial Intelligence & Wireless Spectrum: Opportunities and Challenges, Griffiss Institute, Rome, NY (August 28-29, 2019).", "presented_at": "WSRD", "key_words": "AI; 5G; array; cell; cellular; corporation; data; filter; GHz; mmWave; phased; software; SDPAR; spatial; spatio-spectral" }, { "presentation_id": "PID-08-28-2019-001-01", "year": "2019", "pp_date": "8/28/2019", "title": "Today's AI and Spectrum - Realizing the Potential", "author": "Michael Garris", "file_url": "https://www.nitrd.gov/nitrdgroups/images/c/ca/AI-Spectrum-Michael-Garris-08282019.pdf", "media_type": "pdf", "description": "Keynote presentation given by Michael Garris at the \"Artificial Intelligence & Wireless Spectrum: Opportunities and Challenges\" workshop on August 28-29, 2019, Rome, NY. Michael Garris is a senior scientist and founder/chair of the Artificial Intelligence (AI) Community of Interest at NIST where he has worked for the past 32 years with a technical focus in the areas of AI, image processing, pattern recognition and biometrics. Mr. Garris has served as co-chair for the President's National Science and Technology Council's (NSTC) Subcommittee on Machine Learning and Artificial Intelligence (ML/AI), and is a member of the NSTC Networking and Information Technology Research and Development (NITRD) Subcommittee's AI R&D Interagency Working Group, chairing its AI R&D Discussion Series. In 2016, Mr. Garris co-authored two national strategy reports, \"Preparing for the Future of Artificial Intelligence\", and \"The National Artificial Intelligence Research and Development Strategic Plan.\" Abstract: \"Today's artificial intelligence (AI), specifically machine learning (ML), has the potential to touch every area of our global digital society (i.e., our lives), and wireless spectrum is no exception. In this talk, Mr. Garris will describe what AI is, and how it can mean different things to different people. He will describe today's AI versus what Hollywood portrays it to be. He will tie desired capabilities of wireless spectrum (framed by the agenda of this workshop) to AI's capabilities, and he will emphasize the role of data to drive AI-powered innovation. In the second portion of this talk, Mr. Garris will provide an overview of AI policy and R&D coordination taking place at the highest levels of Government - within the White House's National Science and Technology Council as well as within the newly formed independent National Security Commission on Artificial Intelligence.\"", "metadata_created": "9/6/2019", "metadata_modified": "9/6/2019", "topic": "artificial intelligence; wireless spectrum", "comments": "Artificial Intelligence & Wireless Spectrum: Opportunities and Challenges, Griffiss Institute, Rome, NY (August 28-29, 2019).", "presented_at": "WSRD", "key_words": "AI; American; artificial; data; development; engagement; Federal; government; intelligence; knowledge; leadership; learning; machine; ML; national; plan; report; research; science; security; standards; strategy; technology; trustworthy" }, { "presentation_id": "PID-08-15-2019-001-01", "year": "2019", "pp_date": "8/15/2019", "title": "MAGIC Scientific Data Life Cycle Summary - Spring 2019", "author": "Richard Carlson; Vipin Chaudhary; Joyce Lee", "file_url": "https://www.nitrd.gov/nitrdgroups/images/1/10/Data-LifeCycle-Summary-Feb-July-2019.pdf", "media_type": "pdf", "description": "This presentation is a summary of the Middleware and Grid Interagency Coordination (MAGIC) Team's speaker series examining different aspects and interconnections of the scientific data life cycle (e.g., gathering, triaging, analyzing, archiving and reusing data). The multi-session series examined issues such as provenance, verification/quality assurance, tools and services involved in managing complex scientific infrastructure and tools. Issues involved in the data life cycle cuts across scientific domains and need to be addressed to enable cutting edge R&D efforts. MAGIC, a public-private team under NITRD's Large Scale Networking Interagency Working Group, meets monthly to discuss current and future technologies and collaboration activities in the distributed computing. MAGIC is composed of experts from academia, industry, and government, and led by federal co-chairs, Richard Carlson, Program Director, Advanced Scientific Computing Research, Office of Science, Department of Energy and Vipin Chaudhary, Program Director, Office of Advanced Cyberinfrastructure, National Science Foundation.", "metadata_created": "8/15/2019", "metadata_modified": "8/15/2019", "topic": "data life cycle", "comments": "MAGIC Spring 2019 Speaker Series: Data Life Cycle", "presented_at": "MAGIC", "key_words": "access; analysis; challenges; change; community; computing; data; discovery; infrastructure; issues; management; processing; provenance; research; science; scientific; sources; storage; system; tools; users" }, { "presentation_id": "PID-08-05-2019-004-01", "year": "2019", "pp_date": "8/5/2019", "title": "Beyond Exascale: Playing the CMOS Endgame", "author": "Steve Scott", "file_url": "https://www.nitrd.gov/nitrdgroups/images/f/fc/FC-COI-2019-Steve-Scott.pdf", "media_type": "pdf", "description": "Presentation given at the Future Computing Community of Interest Meeting on August 5-6, 2019 by Steve Scott. Steve Scott serves as Senior Vice President and Chief Technology Officer, responsible for guiding the long-term technical direction of Cray's supercomputing, storage and analytics products. Dr. Scott rejoined Cray in 2014 after serving as principal engineer in the Platforms group at Google and before that as the senior vice president and chief technology officer for NVIDIA’s Tesla business unit. Dr. Scott first joined Cray in 1992, after earning his Ph.D. in computer architecture and BSEE in computer engineering from the University of Wisconsin-Madison. He was the chief architect of several Cray supercomputers and interconnects. Dr. Scott is a noted expert in high performance computer architecture and interconnection networks. He holds 41 U.S. patents in the areas of interconnection networks, cache coherence, synchronization mechanisms and scalable parallel architectures. He received the 2005 ACM Maurice Wilkes Award and the 2005 IEEE Seymour Cray Computer Engineering Award, and is a Fellow of IEEE and ACM. Dr. Scott was named to HPCwire's \"People to Watch in High Performance Computing\" in 2012 and 2005. Abstract: \"This talk summarizes technology and market trends that will affect the post-Exascale era of computing over the next 5-10 years. It predicts where CMOS-based systems will end up, and discusses priorities for research and development to continue future performance improvements.\"", "metadata_created": "8/14/2019", "metadata_modified": "8/14/2019", "topic": "high performance computing; future computing; high end computing; strategic computing", "comments": "Future Computing Community of Interest Meeting, August 5-6, 2019, NITRD NCO", "presented_at": "HEC", "key_words": "advancement; advantage; change; clear; CMOS; computing; data; Dennard; efficiency; exascale; expectations; evolution general; GPU; heterogeneous; interconnects; limited; logic; microprocessor; network; optics; post-exascale; power; processor; quantum; scaling; software; specialized; switches; technology; transistor" }, { "presentation_id": "PID-08-05-2019-003-01", "year": "2019", "pp_date": "8/5/2019", "title": "Seismic Shift: What's next in the Post-Moore, Post-ISA Era?", "author": "Margaret Martonosi", "file_url": "https://www.nitrd.gov/nitrdgroups/images/d/d8/FC-COI-2019-Margaret-Martonosi.pdf", "media_type": "pdf", "description": "Presentation given at the Future Computing Community of Interest Meeting on August 5-6, 2019 by Margaret Martonosi. Margaret Martonosi is the Hugh Trumbull Adams '35 Professor of Computer Science at Princeton University, where she has been on the faculty since 1994. She is also Director of the Princeton's Keller Center for Innovation in Engineering Education, and an A. D. White Visiting Professor-at-Large at Cornell University. From August 2015 through March, 2017, Martonosi was a Jefferson Science Fellow within the U.S. Department of State. Martonosi's research interests are in computer architecture and mobile computing. Her work has included the widely-used Wattch power modeling tool and the Princeton ZebraNet mobile sensor network project for the design and real-world deployment of zebra tracking collars in Kenya. Her current research focuses on computer architecture and hardware-software interface issues in both classical and quantum computing systems. Abstract: \"The end of Moore's Law and Dennard Scaling are shifting computer systems increasingly towards large-scale heterogeneous parallelism. As a result, traditional approaches for abstraction layers (instruction set architectures or ISAs) or for compilation and optimization must shift as well. My talk discusses issues of programmability and verifiability in heterogeneously parallel systems, as well as looking forward to abstractions and interfaces for emerging technologies such as quantum computing.\"", "metadata_created": "8/12/2019", "metadata_modified": "8/12/2019", "topic": "high performance computing; future computing; high end computing; strategic computing", "comments": "Future Computing Community of Interest Meeting, August 5-6, 2019, NITRD NCO", "presented_at": "HEC", "key_words": "accelerator; algorithm; application; architecture; compiler; compute; computer; configurable; cores; data; decade; design; execute; framework; hardware; heterogeneity; intelligent; interconnect; machine; memory; microarchitecture; microprocessor; models; Moore's Law; noisy intermediate-scale quantum; parallelism; Post-ISA; Post-Moore; program; quantum; reconfiguration; run-time; security; storage; system; verification" }, { "presentation_id": "PID-08-05-2019-001-01", "year": "2019", "pp_date": "8/5/2019", "title": "Delivering The Future of High-Performance Computing", "author": "Mark Papermaster", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2/2c/FC-COI-2019-Mark-Papermaster.pdf", "media_type": "pdf", "description": "Presentation given at the Future Computing Community of Interest Meeting on August 5-6, 2019 by Mark Papermaster. Mark Papermaster is chief technology officer and executive vice president of Technology and Engineering at AMD and is responsible for corporate technical direction, product development including system-on-chip (SOC) methodology, microprocessor design, I/O and memory and advanced research. He led the re-design of engineering processes at AMD and the development of the award-winning \"Zen\" high-performance x86 CPU family, high-performance GPUs and the company’s modular design approach, Infinity Fabric. He also oversees Information Technology that delivers AMD’s compute infrastructure and services. Abstract: \"The future of high-performance computing and how the semiconductor industry continues to push the boundaries of what is possible is discussed. AMO is focused on providing high-performance computing solutions to power some of the most interesting and important applications in the world today. Gains in compute performance have been consistent and exponential over the last decade. However, it's becoming harder and harder to keep doing the same things to improve performance. Instead, innovating in all dimensions - silicon, system, software and security - can result in the faster high performance computing (HPC) processors.\"", "metadata_created": "8/8/2019", "metadata_modified": "8/8/2019", "topic": "high performance computing; future computing; high end computing; strategic computing", "comments": "Future Computing Community of Interest Meeting, August 5-6, 2019, NITRD NCO", "presented_at": "HEC", "key_words": "advances; AMD; applications; architecture; chiplets; computing; core; data; design; future; GPU; graphics processing unit; heterogeneity; high-performance; innovation; memory; modularity; nanometer; opportunities; performance; platforms; security; server; software; system" }, { "presentation_id": "PID-08-05-2019-002-01", "year": "2019", "pp_date": "8/5/2019", "title": "Future Computing Models: Technology in the 2030-2040 Horizon", "author": "Mike Mayberry", "file_url": "https://www.nitrd.gov/nitrdgroups/images/1/1b/FC-COI-2019-Mike-Mayberry.pdf", "media_type": "pdf", "description": "Presentation given at the Future Computing Community of Interest Meeting on August 5-6, 2019 by Dr. Michael (Mike) C. Mayberry. Dr. Mayberry is the chief technology officer at Intel Corporation. He is a senior vice president and general manager of Technology Development, where he is responsible for the research, development and deployment of next-generation silicon logic, packaging and test technologies that will produce future Intel products. Abstract: \"The relentless pace of technology continues to accelerate and the new data era will shift models toward data and S/Wcentric H/W making it necessary to embrace new ways to compute. New architectures and new technologies are needed to manage massive workloads while power & thermal requirements drive the need to move beyond CMOS.\"", "metadata_created": "8/8/2019", "metadata_modified": "8/8/2019", "topic": "high performance computing; future computing; high end computing; strategic computing", "comments": "Future Computing Community of Interest Meeting, August 5-6, 2019, NITRD NCO", "presented_at": "HEC", "key_words": "answers; architecture; challenges; cmos; co-evolution; compute; corporation; data; development; domain; generate; graph; Intel; model; neuromorphic; opportunities; optimization; power; power; processing; productivity; programming; quantum; technology; test" }, { "presentation_id": "PID-07-31-2019-001-01", "year": "2019", "pp_date": "7/31/2019", "title": "AI-Cybersecurity Workshop Briefing to the NITRD and MLAI Subcommittees", "author": "Patrick McDaniel; John Launchbury", "file_url": "https://www.nitrd.gov/documents/AI-Cybersecurity-Workshop-Briefing-Patrick-McDaniel-2019-07-31.pdf", "media_type": "pdf", "description": "Presentation given at the July 2019 NITRD Subcommittee meeting by Patrick McDaniel. Patrick is the William L. Weiss Professor of Information and Communications Technology in the School of Electrical Engineering and Computer Science at Pennsylvania State University and a fellow of both IEEE and ACM. He is also the Director of the Institute for Networking and Security Research (INSR), a research institute focused on the study of networking and security in computing environments. Patrick is also the director of The Center for Trustworthy Machine Learning (CTML), which is an Frontier project in Secure & Trustworthy Computing, and it is supported by the National Science Foundation. The consortium consists of faculty from Penn State (Lead), Stanford, The University of California, Berkeley, The University of California, San Diego, The University of Virginia, and The University of Wisconsin-Madison. The focus of the Center is to develop a rigorous understanding of the vulnerabilities inherent to machine learning, and to develop the tools, metrics, and methods to mitigate them. Abstract: \"On June 4-6 2019, the National Science and Technology Council’s (NSTC) Networking and Information Technology Research and Development (NITRD) Subcommittee, in collaboration with the NSTC’s Machine Learning and Artificial Intelligence (MLAI) and the Special Cyber Operations Research & Engineering (SCORE) Subcommittees, held a workshop to assess the current and future research challenges and opportunities at the intersection of cybersecurity and artificial intelligence (AI). The workshop brought together senior members of the government, academic, and industrial communities. The workshop participants explored the current state and future research needs of AI, specifically: (a) opportunities for AI to significantly improve security, and (b) the security vulnerabilities and challenges of AI. This briefing is a preliminary summary of the resulting report.\" ", "metadata_created": "8/7/2019", "metadata_modified": "8/7/2019", "topic": "artificial intelligence; cybersecurity", "comments": "", "presented_at": "NITRD Subcommittee", "key_words": "action; adversarial; AI; augmented systems; artificial intelligence; autonomous cyber action; attacks; community; cyber defense; cybersecurity; data; decision-making; defense; engineering; identity management; learning; ML; machine learning; practice; predictive analytics; reasoning; research; science; security; specification; systems; techniques; training; trustworthy; verification; understand" }, { "presentation_id": "PID-07-17-2019-003-01", "year": "2019", "pp_date": "7/17/2019", "title": "The Medical Interoperability Reference Architecture Research Collaboration (video)", "author": "Defense Health Agency, DOD", "file_url": "https://youtu.be/IPxMdQ7oV1g", "media_type": "video", "description": "Video presented by Loretta Schlachta-Fairchild, RN, PhD, FACHE, LTC(ret) US Army Nurse Corps, Health Information Technology/Informatics Research Program Area Manager, Medical Simulation and Information Sciences/Joint Program Committee-1 (JPC-1), US Army Medical Research and Materiel Command, Fort Detrick, Maryland at Federal Listening Session on Interoperability of Medical Devices, Data, and Platforms to Enhance Patient Care on July 17, 2019. Abstract: \"Video depicts the Future Vision of military and civilian healthcare when medical devices are interoperable, secure and can provide a high level of repeatable, consistent, high quality, safe patient care in civilian and military hospitals and in prehospital environments. \"", "metadata_created": "7/29/2019", "metadata_modified": "7/29/2019", "topic": "medical interoperability", "comments": "Federal Listening Session on Interoperability of Medical Devices, Data, and Platforms to Enhance Patient Care, Silver Spring, Maryland (July 17, 2019).", "presented_at": "HITRD", "key_words": "architecture; autonomous; care; civilian; collaboration; device; evacuation; flexibility; interoperability; medical; Military; open; patient; personnel; reliable; reference; research; safety; secure; standards; support; systems" }, { "presentation_id": "PID-07-17-2019-002-01", "year": "2019", "pp_date": "7/17/2019", "title": "Interoperability Listening Session: Federal Vision", "author": "Sandy Weininger", "file_url": "https://www.nitrd.gov/nitrdgroups/images/a/ac/HITRD-2019-07-Sandy-Weininger.pdf", "media_type": "pdf", "description": "Presentation given by Dr. Sandy Weininger, Senior Electrical/Biomedical Engineer FDA/CDRH Office of Science and Engineering Labs Division of Biomedical Physics, at Federal Listening Session on Interoperability of Medical Devices, Data, and Platforms to Enhance Patient Care on July 17, 2019. Abstract: \"This presentation is about one Federal perspective on using interoperable systems to support safer patient care environments. It will distinguish the types of interoperability, emphasize that safety is a systems engineering problem that has been addressed in other industries, and review history - that much effort has gone into this already (standards, guidance docs, conferences).\"", "metadata_created": "7/26/2019", "metadata_modified": "7/26/2019", "topic": "interoperable systems; patient care", "comments": "Federal Listening Session on Interoperability of Medical Devices, Data, and Platforms to Enhance Patient Care, Silver Spring, Maryland (July 17, 2019).", "presented_at": "HITRD", "key_words": "analysis; automation; clinical; data; development; device; engineering; hazard; health; hospital; information; interface; interoperability; medical; monitor; patient; risk; safety; scope; standards; systems" }, { "presentation_id": "PID-07-17-2019-001-01", "year": "2019", "pp_date": "7/17/2019", "title": "Medical Autonomous Systems for Improving Healthcare Delivery", "author": "Loretta Schlachta-Fairchild", "file_url": "https://www.nitrd.gov/nitrdgroups/images/5/58/HITRD-2019-07-Loretta-Schlachta-Fairchild.pdf", "media_type": "pdf", "description": "Presentation given by Loretta Schlachta-Fairchild, RN, PhD, FACHE, LTC(ret) US Army Nurse Corps, Health Information Technology/Informatics Research Program Area Manager, Medical Simulation and Information Sciences/Joint Program Committee-1 (JPC-1), US Army Medical Research and Materiel Command, Fort Detrick, Maryland at Federal Listening Session on Interoperability of Medical Devices, Data, and Platforms to Enhance Patient Care on July 17, 2019. Abstract: \"Presentation depicts the dual-use civilian and military needs for medical device interoperability that has been achieved in other industries such as aviation, automotive and telecommunications. Medical is lagging far behind, and industry, academia and government agencies must come together to establish standards, black box recorder capability and validated AI/algorithms for high quality medical interventions and to create truly learning healthcare systems\".", "metadata_created": "7/25/2019", "metadata_modified": "7/25/2019", "topic": "medical autonomous systems; healthcare delivery", "comments": "Federal Listening Session on Interoperability of Medical Devices, Data, and Platforms to Enhance Patient Care, Silver Spring, Maryland (July 17, 2019).", "presented_at": "HITRD", "key_words": "Agency; autonomous; care; casualty; data; defense; develop; device; DHA; health; healthcare; interoperability; medical; Military; operations; research; robotic; support; systems; task; technology" }, { "presentation_id": "PID-07-16-2019-001-01", "year": "2019", "pp_date": "7/16/2019", "title": "SC19 SCinet WAN Summary", "author": "Scott Kohlert", "file_url": "https://www.nitrd.gov/nitrdgroups/images/1/18/JET-2019-07-Scott-Kohlert.pdf", "media_type": "pdf", "description": "Presentation given by Scott Kohlert, SC19 SCinet WAN Deputy Chair, at JET Monthly Meeting on July 16, 2019. Abstract: \"Presentation provides a summary of the proposed plan for WAN bandwidth for the SC19 conference.\"", "metadata_created": "7/31/2019", "metadata_modified": "7/31/2019", "topic": "WAN", "comments": "", "presented_at": "JET", "key_words": "SC19; 100GE; 400GE; AMLight; ANA; Canarie; CERNET; Colorado Convention Center; ESnet; GÉANT; Internet2; JGN; MAN LAN; NAP of the Americas; NetherLight; NOTA; Pacific Wave; PIREN; SCinet; SCinet WAN; SINET; StarLight; SURFnet; TransPAC; Westin Building; WIX" }, { "presentation_id": "PID-07-03-2019-001-01", "year": "2019", "pp_date": "7/3/2019", "title": "Organizational Challenges to Promoting Data Sharing, Stewardship and Preservation", "author": "Francine Berman", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2/26/MAGIC-2019-07-Francine-Berman.pdf", "media_type": "pdf", "description": "Presentation given by Dr. Francine Berman, Hamilton Distinguished Professor of Computer Science, RPI, Co-founder, Research Data Alliance, at MAGIC Monthly Meeting on July 3, 2019. Abstract: \"The stewardship, preservation and use of the data that drives modern discovery requires an ecosystem of researchers, beneficiaries, stakeholders and organizations to operate effectively. In this talk, Dr. Francine Berman discusses some of the organizational and stakeholder challenges in creating an effective data ecosystem that promotes effective sharing, stewardship, and preservation of the data on which modern research relies.\"", "metadata_created": "7/31/2019", "metadata_modified": "7/31/2019", "topic": "data triage", "comments": "MAGIC Spring 2019 Speaker Series: Data triage and analysis", "presented_at": "MAGIC", "key_words": "challenge; data; development; discovery; funding; infrastructure; investment; model; organizational; preservation; resource; sharing; stakeholder; stewardship; sustain; TAIR; tool; value" }, { "presentation_id": "PID-07-03-2019-002-01", "year": "2019", "pp_date": "7/3/2019", "title": "Online Data Analysis of Molecular Dynamics Simulations for Exascale Computing Platform", "author": "Hubertus van Dam; Jong Yol Choi; Tashin Kurc; Abid Malik; Gyorgy Matyasfalvi; Sungsoo Ha; Klaus Mueller; Line Pouchard; Li Tang; Dingwen Tao; Cong Xi; Wei Xu; Shinjae Yoo", "file_url": "https://www.nitrd.gov/nitrdgroups/images/0/03/MAGIC-2019-07-Hubertus-van-Dam.pdf", "media_type": "pdf", "description": "Presentation given by Hubertus van Dam, Application Architect, Brookhaven National Laboratory, at MAGIC Monthly Meeting on July 3, 2019. Abstract: \"This presentation outlines the view of the CODAR project that because I/O on high performance computers is not keeping up with the peak performance a change to the practice of data analysis is needed. Rather than compute-store and read-analyze we need a model that is compute-and-analyze on-the-fly. We have applied this latter idea to molecular dynamics simulations with NWChemEx for both the scientific data as well as the performance data.\"", "metadata_created": "7/31/2019", "metadata_modified": "7/31/2019", "topic": "data triage", "comments": "MAGIC Spring 2019 Speaker Series: Data triage and analysis", "presented_at": "MAGIC", "key_words": "analysis; anomaly; case; Chimbuko; collaboration; data; detect; event; exascale; execution; function; molecular; NWChem MD; online; performance; platform; simulation; stack; trace; trajectories; visualization; workflow" }, { "presentation_id": "PID-06-05-2019-001-01", "year": "2019", "pp_date": "6/5/2019", "title": "Jupyter - An Interactive Platform for Scientific Computing", "author": "Shreyas Cholia", "file_url": "https://www.nitrd.gov/nitrdgroups/images/e/ef/MAGIC-2019-06-Shreyas-Cholia.pdf", "media_type": "pdf", "description": "Presentation given by Shreyas Cholia, Group Leader, Useable Software Systems, Lawrence Berkeley National Laboratory, at MAGIC Monthly Meeting on June 5, 2019. Abstract: \"The Jupyter Notebook provides an excellent interface for interactive computing for science. Jupyter enables web-based notebook interfaces, which can combine backend computing language kernels (Python, R, Julia etc.), documentation elements, and interactive frontend visualizations and widgets. It is already widely used across scientific domains. In this talk we discuss the Jupyter platform and how it enables scientific data analysis and exploratory computing. We will also discuss some new developments in the Jupyter ecosystem including Binder (to provision reproducible environments for Jupyter) and JupyterLab (a common backplane that provides an integrated environment for Jupyter based tools)\".", "metadata_created": "7/16/2019", "metadata_modified": "7/16/2019", "topic": "data analysis", "comments": "MAGIC Spring 2019 Speaker Series: Data Analysis Tools", "presented_at": "MAGIC", "key_words": "Berkely; Binder; BinderHub; code; computing; Cori; data; DataHub; docker; enable; Engine; environment; github; interactive; Ipython; Jupyter; JupyterHub; JupyterLab; kernel; LBL; LIGO; NERSC; notebook; open; repo2docker; reproducible; tools; user" }, { "presentation_id": "PID-06-05-2019-002-01", "year": "2019", "pp_date": "6/5/2019", "title": "Open OnDemand Overview", "author": "Alan Chalker", "file_url": "https://www.nitrd.gov/nitrdgroups/images/c/cb/MAGIC-2019-06-Alan-Chalker.pdf", "media_type": "pdf", "description": "Presentation given by Alan Chalker, Director of Strategic Programs, Ohio Supercomputer Center, at MAGIC Monthly Meeting on June 5, 2019. Abstract: \"Open OnDemand is an NSF-funded open-source HPC portal based on OSC's original OnDemand portal. The goal of Open OnDemand is to provide an easy way for system administrators to provide web access to their HPC resources, including, but not limited to: Plugin-free web experience; Easy file management; Command-line shell access; Job management and monitoring across different batch servers and resource managers; Graphical desktop environments and desktop applications\".", "metadata_created": "7/16/2019", "metadata_modified": "7/16/2019", "topic": "data analysis", "comments": "MAGIC Spring 2019 Speaker Series: Data Analysis Tools", "presented_at": "MAGIC", "key_words": "access; apps; cluster; data; file, HPC; interactive; jobs; manage; OnDemand; open; Hion Supercomputer Center; OSC; XDMoD" }, { "presentation_id": "PID-05-21-2019-001-01", "year": "2019", "pp_date": "5/21/2019", "title": "Leveraging 400GbE to Improve Network Economics while Driving Performance", "author": "JJ Jamison", "file_url": "https://www.nitrd.gov/nitrdgroups/images/5/5d/JET-2019-05-JJ-Jamison.pdf", "media_type": "pdf", "description": "Presentation given by J J Jamison, the Chief Technology Officer for Research & Education Markets at Juniper Networks, at JET Monthly Meeting on May 21, 2019. Abstract: \"This talk will provide an overview of 400 GbE technology and a view of where we see the market going. It will also include a discussion of a successful effort by Internet2, LEARN, and Pacific Wave to demonstrate 400 GbE at Supercomputing 2018 in Dallas as well as 400G demo plans for Supercomputing 2019 in Denver\".", "metadata_created": "6/11/2019", "metadata_modified": "6/11/2019", "topic": "networking", "comments": "", "presented_at": "JET", "key_words": "400GBE; computing; economics of communication hardware; ethernet speed; Juniper; network; Opto-ASIC; performance; silicon photonics; systems; technology; SCinet; science DMZ; Shannon’s Law; Moore's Law" }, { "presentation_id": "PID-05-21-2019-002-01", "year": "2019", "pp_date": "5/21/2019", "title": "Polar Networking - A View from Layer 1", "author": "Patrick D. Smith", "file_url": "https://www.nitrd.gov/nitrdgroups/images/1/18/JET-2019-05-Patrick-Smith.pdf", "media_type": "pdf", "description": "Presentation given by Patrick D. Smith, Technology Development Manager, National Science Foundation, at JET Monthly Meeting on May 21, 2019. Abstract: \"Summary overview of connectivity and networking from the perspective of the NSF Office of Polar Programs. The overview touches on both the Arctic and Antarctic and draws distinctions between the two, as well as the peculiar difficulties represented by the US Antarctic Program, for which NSF is the national manager. Recent inroads for the introduction of submarine ocean fiber optic cabling is expanding select areas of the Arctic, while no such dynamic is active for the Antarctic, both cases driven by economics. The Antarctic is totally reliant on satellite communications. A particular challenge for the Antarctic is the estimated science data exfiltration requirement approaching 10 TB/day by the end of the next decade, while current capacity is 5% of that\".", "metadata_created": "6/11/2019", "metadata_modified": "6/11/2019", "topic": "networking", "comments": "", "presented_at": "JET", "key_words": "Antarctic networking; Arctic networking; bandwidth; Barrow; cable; communications; data; DSCS;; EUMETSAT; Greenland; Ice Cube Neutrino Telescope; internet; JPSS; landing; length; limit; McMurdo Station; NASA; network; NOAA; North Slope, Quintillion; Palmer Station; R/V Nathaniel B. Palmer; satellites; service; South Pole Station; Summit Station; Svalbard; telescope; Toolik Field Station; US Antarctic Program; USAP" }, { "presentation_id": "PID-05-01-2019-001-01", "year": "2019", "pp_date": "5/1/2019", "title": "A Data Ecosystem to Support Machine Learning in Materials Science", "author": "Ben Blaiszik", "file_url": "https://www.nitrd.gov/nitrdgroups/images/f/fd/MAGIC-2019-05-Ben-Blaiszik.pdf", "media_type": "pdf", "description": "Presentation given by Ben Blaiszik, University of Chicago, Globus and Argonne National Laboratory, Data Science and Learning Division, at MAGIC Monthly Meeting on May 1, 2019. Abstract: \"We describe two materials data infrastructure services: the Materials Data Facility (MDF) and the Data and Learning Hub for Science (DLHub). MDF serves as an interconnection point for materials data producers and consumers. Its services allow data to flow in from many sources, be enriched via a variety of automated tools, and flow onwards to many destinations, including the MDF repository, the MDF search engine, and also to the growing number of other materials-related data infrastructure components. DLHub provides capabilities to enable researchers to describe and publish machine learning models and processing logic in ways that support discovery and reuse and run these tools over the network (with tools executed on a scalable hosted infrastructure)\".", "metadata_created": "6/5/2019", "metadata_modified": "6/5/2019", "topic": "data triage", "comments": "MAGIC Spring 2019 Speaker Series: Data Triage", "presented_at": "MAGIC", "key_words": "AI, benchmark; data; compute; DLHub; ecosystem, Globus; machine learning; materials; models; materials science; publish; reuse; storage; workflow" }, { "presentation_id": "PID-05-01-2019-002-01", "year": "2019", "pp_date": "5/1/2019", "title": "Simplifying Data Management Through Storage System Design", "author": "Glenn Lockwood", "file_url": "https://www.nitrd.gov/nitrdgroups/images/b/b2/MAGIC-2019-05-Glenn-Lockwood.pdf", "media_type": "pdf", "description": "Presentation given by Glenn Lockwood, Storage Architect, Advanced Technologies Group, National Energy Research Scientific Computing Center (NERSC), Lawrence Berkeley National Laboratory, at MAGIC Monthly Meeting on May 1, 2019. Abstract: \"Storage systems are becoming increasingly complex due to the emergence of new forms of storage media and the economics associated with them. This is accompanied by an increase in the complexity of data management, as users are often expected to understand where and when to place their data before, during, and after executing a scientific workflow. NERSC is addressing this issue on many fronts, and this talk will present the ways in which we are pursuing more intelligent storage systems to simplify data management as the underlying system architectures continue to increase in complexity\".", "metadata_created": "6/5/2019", "metadata_modified": "6/5/2019", "topic": "data triage", "comments": "MAGIC Spring 2019 Speaker Series: Data Triage", "presented_at": "MAGIC", "key_words": "applications; architecture; archive; burst buffer; collect; data; hardware; holistic; HPC; intelligent; I/O; management; NERSC, performance; proceedings; project; Python; scratch; software; storage; system; TOKIO; user; workflow" }, { "presentation_id": "PID-04-12-2019-001-01", "year": "2019", "pp_date": "4/12/2019", "title": "EdgeNet: A Lightweight, Scalable Edge Cloud", "author": "Rick McGeer", "file_url": "https://www.nitrd.gov/nitrdgroups/images/c/c7/JET-2019-04-Rick-McGeer.pdf", "media_type": "pdf", "description": "Presentation given by Rick McGeer, Chief Scientist at US Ignite, at JET Monthly Meeting on April 12, 2019. Abstract: \"This talk describes EdgeNet, a lightweight cloud infrastructure for the edge. EdgeNet's aim is to bring as much of the flexibility of open cloud computing as possible to a very lightweight, easily-deployed, software-only edge infrastructure. EdgeNet has been informed by the advances of cloud computing and the successes of previous distributed edge clouds: PlanetLab, GENI, G-Lab, SAVI, and V-Node. Each of these had a large number of small points-of-presence, designed for the deployment of highly distributed experiments and applications. EdgeNet differs from its predecessors in two significant areas: first, it is a software-only infrastructure, where each worker node is designed to run part- or full-time on existing hardware at the local site; and, second, it uses modern, industry-standard software both as the node agent and the control framework. The first innovation permits rapid and unlimited scaling: whereas GENI and PlanetLab required the installation and maintenance of dedicated hardware at each site, EdgeNet requires only a software download, and a node can be added to the EdgeNet infrastructure in 15 minutes. The second offers performance, maintenance, and training benefits; rather than maintaining bespoke kernels and control frameworks, and developing training materials on using the latter, EdgeNet is able to ride the wave of open-source and industry development, and the plethora of industry and community tutorial materials developed for industry standard control frameworks. The result is a global Kubernetes cluster, where pods of Docker containers form the service instances at each point of presence. EdgeNet is a joint project of US Ignite, the NYU Tandon School of Engineering, PlanetLab Europe, UC-Berkeley, the University of Victoria (Canada), and is open to additional collaborators. It currently features over 30 sites across the US, Canada, and France, and is poised for rapid expansion.\"", "metadata_created": "7/1/2019", "metadata_modified": "7/1/2019", "topic": "networking", "comments": "", "presented_at": "JET", "key_words": "cloud; CloudLab; container-based; Docker; edge cloud; EdgeNet; GENI; Kubernetes; local resources; local support; networking; PlanetLab; slice; sliver; software; university; USIgnite;" }, { "presentation_id": "PID-04-03-2019-001-01", "year": "2019", "pp_date": "4/3/2019", "title": "Empowering Data-driven Discovery with a Lightweight Provenance Service for High Performance Computing", "author": "Yong Chen", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2/26/MAGIC-Mtg-Yong-Chen-040319.pdf", "media_type": "pdf", "description": "Presentation given by Yong Chen, Associate Professor, Computer Science Department Director, Data-Intensive Scalable Computing Laboratory Site Director, Cloud and Autonomic Computing Center\nTexas Tech University, at MAGIC Monthly Meeting on April 3, 2019. Abstract: \"Scientific breakthroughs are increasingly powered by advanced computing and data analysis capabilities. The data-driven discovery has moved to such a level of complexity that the ability of understanding ensembles of individual simulations, auditing how a result is generated, reproducing the important experiments or simulation results, is critical to scientists. Enabling such a capability in high performance computing (HPC) systems requires a holistic collection, management, and analysis software infrastructure of provenance data. In this talk, we will introduce our ongoing research and development efforts in building a lightweight provenance service for HPC systems. With such a software infrastructure, many advanced data management functionalities such as identifying the data sources, parameters, or assumptions behind a given result, auditing data history and usage, or understanding the detailed process that how different input data are transformed into outputs could be possible. This project is supported in part by NSF Office of Advanced Cyberinfrastructure (OAC) through the Cyberinfrastructure for Sustained Scientific Innovation (CSSI) Program.\"", "metadata_created": "4/15/2019", "metadata_modified": "4/15/2019", "topic": "data use; data re-use; data provenance; data integrity", "comments": "2019 MAGIC Data Life Cycle Series", "presented_at": "MAGIC", "key_words": "collect; data; data-driven; discovery; high performance computing; HPC; holistic; infrastructure; lightweight; lineage; manage; model; performance; provenance; software" }, { "presentation_id": "PID-04-03-2019-002-01", "year": "2019", "pp_date": "4/3/2019", "title": "Continuous Learning About Data: Experience from the Dark Energy Survey and NCSA", "author": "Margaret Johnson; Don Petravick", "file_url": "https://www.nitrd.gov/nitrdgroups/images/1/13/MAGIC-Mtg-Johnson-Petravick-040319.pdf", "media_type": "pdf", "description": "Presentation given by Margaret Johnson, Assistant Director, National Center of Supercomputing Applications (NCSA) and Don Petravick, Senior Project Manager, NCSA, at MAGIC Monthly Meeting on April 3, 2019. Abstract: \"The Dark Energy Survey data management system captures provenance as data are generated. However, more and more needs to be known about the data as we make higher level data products. To capture this extra knowledge, we implement in a database what we call Tags, which are essential for supporting production. An NSF-funded DIBBs project called Clowder provides a more general method for addressing the issue of ongoing learning about the qualities of data. We will illustrate the types of knowledge we've gained about DES data and outline the general approach to this problem as implemented in the Clowder tool.\"\n", "metadata_created": "4/15/2019", "metadata_modified": "4/15/2019", "topic": "data use; data re-use; data provenance; data integrity", "comments": "2019 MAGIC Data Life Cycle Series", "presented_at": "MAGIC", "key_words": "access; analysis; artifact; cadence; calibration; collect; Clowder; curation; data; dark, energy; DES; DESDM; framework; generate; image; management; metadata; model; NSF DIBBS; ontology; pipeline; process; products; provenance; RDF; system; tag; tuple; uniform" }, { "presentation_id": "PID-03-07-2019-001-02", "year": "2019", "pp_date": "3/7/2019", "title": "Better Together: Deep Learning & Software Engineering (video)", "author": "Denys Poshyvanyk", "file_url": "https://youtu.be/i7-WYPT5PRU", "media_type": "video", "description": "Presentation given by Dr. Denys Poshyvanyk, Associate Professor in Computer Science at the College of William & Mary, at joint SPSQ IWG, AI R&D IWG, and AI R&D Discussion Series Meeting on March 7, 2019. Abstract: \"Bridging the abstraction gap between concepts and source code is the essence of software engineering (SE). SE researchers regularly use machine learning to bridge this gap, but there are two fundamental issues with traditional applications of machine learning in SE research. Traditional applications are too reliant on human intuition, and they are not capable of learning expressive yet efficient internal representations. Ultimately, SE research needs approaches that can automatically learn representations of massive, heterogeneous, datasets in situ, apply the learned features to a particular task and possibly transfer knowledge from task to task. Improvements in both computational power and the amount of memory in modern computer architectures have enabled new approaches to canonical machine learning tasks. Specifically, these architectural advances have enabled machines that are capable of learning deep, compositional representations of massive data depots. This rise of deep learning has led to tremendous advances in several fields. Given the complexity of software repositories, deep learning has the potential to usher in new analytical frameworks and methodologies for SE research and the practical applications it reaches. Conversely, the development of deep learning algorithms and models represents an entirely new type of software engineering that is still evolving. This talk examines how deep learning algorithms can enhance or automate several critical SE tasks, including program generation and program repair among others. We demonstrate that deep learners significantly outperform state-of-practice canonical machine learning approaches for these tasks. These examples illustrate the tremendous potential that deep learning can have on the science and practice of software engineering by moving SE research from the art of feature engineering to the science of automated discovery. Additionally, we explore how advancements in software engineering tools and practices can enable further progress in making deep learning frameworks more accessible and useful for researchers, programmers, and data scientists.\"", "metadata_created": "3/27/2019", "metadata_modified": "3/27/2019", "topic": "deep learning; software engineering; machine learning", "comments": "", "presented_at": "AI; SPSQ", "key_words": "application; automation; algorithm; bug; code; data; deep learning; debug; edge case; engineering; machine learning; model; neural network; neural machine translation; open source; privacy; problem; program repair; research; security; software; software maintenance; system; technique; test; test case; training; training data; translation" }, { "presentation_id": "PID-03-07-2019-001-01", "year": "2019", "pp_date": "3/7/2019", "title": "Better Together: Deep Learning & Software Engineering", "author": "Denys Poshyvanyk", "file_url": "https://www.nitrd.gov/documents/Deep-Learning-DPoshyvanyk.pdf", "media_type": "pdf", "description": "Presentation given by Dr. Denys Poshyvanyk, Associate Professor in Computer Science at the College of William & Mary, at joint SPSQ IWG, AI R&D IWG, and AI R&D Discussion Series Meeting on March 7, 2019. Abstract: \"Bridging the abstraction gap between concepts and source code is the essence of software engineering (SE). SE researchers regularly use machine learning to bridge this gap, but there are two fundamental issues with traditional applications of machine learning in SE research. Traditional applications are too reliant on human intuition, and they are not capable of learning expressive yet efficient internal representations. Ultimately, SE research needs approaches that can automatically learn representations of massive, heterogeneous, datasets in situ, apply the learned features to a particular task and possibly transfer knowledge from task to task. Improvements in both computational power and the amount of memory in modern computer architectures have enabled new approaches to canonical machine learning tasks. Specifically, these architectural advances have enabled machines that are capable of learning deep, compositional representations of massive data depots. This rise of deep learning has led to tremendous advances in several fields. Given the complexity of software repositories, deep learning has the potential to usher in new analytical frameworks and methodologies for SE research and the practical applications it reaches. Conversely, the development of deep learning algorithms and models represents an entirely new type of software engineering that is still evolving. This talk examines how deep learning algorithms can enhance or automate several critical SE tasks, including program generation and program repair among others. We demonstrate that deep learners significantly outperform state-of-practice canonical machine learning approaches for these tasks. These examples illustrate the tremendous potential that deep learning can have on the science and practice of software engineering by moving SE research from the art of feature engineering to the science of automated discovery. Additionally, we explore how advancements in software engineering tools and practices can enable further progress in making deep learning frameworks more accessible and useful for researchers, programmers, and data scientists.\"", "metadata_created": "3/27/2019", "metadata_modified": "3/27/2019", "topic": "deep learning; software engineering; machine learning", "comments": "", "presented_at": "AI; SPSQ", "key_words": "application; automation; algorithm; bug; code; data; deep learning; debug; edge case; engineering; machine learning; model; neural network; neural machine translation; open source; privacy; problem; program repair; research; security; software; software maintenance; system; technique; test; test case; training; training data; translation" }, { "presentation_id": "PID-03-06-2019-001-01", "year": "2019", "pp_date": "3/6/2019", "title": "Scientific Data Lifecycle: Perspectives from an LHC Physicist", "author": "Shawn McKee", "file_url": "https://www.nitrd.gov/nitrdgroups/images/9/98/Scientific-Data-Lifecycle-Shawn-McKee.pdf", "media_type": "pdf", "description": "Presentation given by Shawn McKee, Research Scientist, University of Michigan Physics Department, Director of the ATLAS Great Lakes Tier-2 Center, Director of the Center for Network and Storage-Enabled Collaborative Computational Science, at MAGIC Monthly Meeting on March 6, 2019. Abstract: Shawn presents the challenges for the LHC Scientific community, both past and future, in the area of scientific data lifecycle management. He covers a set of projects and activities in this space to summarize where he believes the HEP community is going.", "metadata_created": "3/21/2019", "metadata_modified": "3/21/2019", "topic": "scientific data life cycle", "comments": "", "presented_at": "MAGIC", "key_words": "access; AGLT2; ATLAS; collaboration; computing; data; distributed; domain; grid; infrastructure; IRIS-HEP; LHC, lifecycle, management; network; open; OSG; physics; platform; OSiRIS; SLATE; research; Rucio; science; storage" }, { "presentation_id": "PID-03-06-2019-002-01", "year": "2019", "pp_date": "3/6/2019", "title": "Multi-Messenger Astronomy", "author": "Peter Nugent", "file_url": "https://www.nitrd.gov/nitrdgroups/images/1/14/Multi-Messenger-Astronomy-Peter-Nugent.pdf", "media_type": "pdf", "description": "Presentation given by Peter Nugent, Senior Staff Scientist and Department Head for Computational Science, Lawrence Berkeley National Laboratory, at MAGIC Monthly Meeting on March 6, 2019. Abstract: \"The era of multi-messenger astronomy began over 30 years ago, however, with the discovery of GW170817 a new frontier was opened with the discovery of an optical counterpart to a gravitational wave signal. This discovery will be the first of hundreds over the next decade and allowed us to see that merging neutron stars offer an excellent laboratory for simultaneously studying strong-field gravity and matter in extreme environments. Here we establish the physical association of an electromagnetic counterpart (EM170817) with gravitational waves (GW170817) detected from merging neutron stars. By synthesizing a panchromatic data set, we demonstrate that merging neutron stars are a long-sought production site forging heavy elements by r-process nucleosynthesis\".", "metadata_created": "3/21/2019", "metadata_modified": "3/21/2019", "topic": "scientific data life cycle", "comments": "", "presented_at": "MAGIC", "key_words": "astronomy; burst; elements; gamma; heavy; light; mathematics; merger; model; multi-messenger; neutron; nova; ray; star; wave" }, { "presentation_id": "PID-03-06-2019-003-01", "year": "2019", "pp_date": "3/6/2019", "title": "Array of Things: A New Approach to Measuring Cities", "author": "Charlie Catlett", "file_url": "https://www.nitrd.gov/nitrdgroups/images/5/5c/Array-Things-Charlie-Catlett.pdf", "media_type": "pdf", "description": "Presentation given by Charlie Catlett, Senior Computer Scientist, Argonne National Laboratory and Senior Fellow at the Mansueto Institute for Urban Innovation and Harris School of Public Policy, University of Chicago, at MAGIC Monthly Meeting on March 6, 2019. Abstract: \"The Array of Things (AoT) is an NSF-funded major research instrument project creating a city-scale intelligent and programmable measurement cyberinfrastructure in partnership with the City of Chicago. This presentation outlines the motivation, design principles, progress, and use of the instrument and provides details regarding Waggle, the open source platform used for AoT, developed by Argonne National Laboratory and the University of Chicago\".", "metadata_created": "3/21/2019", "metadata_modified": "3/21/2019", "topic": "scientific data life cycle", "comments": "", "presented_at": "MAGIC", "key_words": "air; AoT; array of things; cities; computing; contacts; data; edge; energy; environment; infrastructure; instrument; measurement; modeling; multiscale; open; quality; scale; sensor; system; urban; Waggle" }, { "presentation_id": "PID-02-06-2019-001-01", "year": "2019", "pp_date": "2/6/2019", "title": "Scaling Data-Driven Scientific Discovery in the Big-Data Era- A Data Lifecycle View", "author": "Suhas Somnath", "file_url": "https://www.nitrd.gov/nitrdgroups/images/6/6d/Data-Driven-Scientific-Discovery-SuhasSomnath.pdf", "media_type": "pdf", "description": "Presentation given by Suhas Somnath, Computer Scientist, Advanced Data and Workflows Group, National Center for Computational Sciences, Oak Ridge National Laboratory at MAGIC monthly meeting on 02/06/2019. Abstract: \"Many scientific disciplines are undergoing profound changes, driven by advanced machine learning algorithms, increased access to high performance computing resources, and continual improvements to observational instruments that have resulted in an explosion in the data sizes. Harnessing the complete potential of simulation or observed data via data-driven discovery necessitates an overhaul of the infrastructure and policies that underpin each stage in the lifecycle of datasets. This presentation will provide an overview of the tools and infrastructure for each stage of the data lifecycle that will support both the classical and data-driven modes of scientific discovery.\" - Suhas Somnath.", "metadata_created": "2/20/2019", "metadata_modified": "2/20/2019", "topic": "data life cycle", "comments": "MAGIC Spring 2019 Speaker Series: Data Life Cycle", "presented_at": "MAGIC", "key_words": "access; analysis; centralized; collection; compute; data; Datafed; discovery; experiment; format; information; instrument; learning; lifecycle; management; metadata; microscopy; process; publish; review; scalable; scientific; search; software; standardization; storage; transfer; volume; workflow" }, { "presentation_id": "PID-02-06-2019-002-01", "year": "2019", "pp_date": "2/6/2019", "title": "Addressing the Data Challenges at the Advanced Light Source", "author": "Alexander Hexemer", "file_url": "https://www.nitrd.gov/nitrdgroups/images/f/ff/Advanced-Light-Source-Alexander-Hexemer.pdf", "media_type": "pdf", "description": "Presentation given by Alexander Hexemer, Senior Staff Scientist, Program Lead for Computing, Advanced Light Source, Lawrence Berkeley National Laboratory at MAGIC monthly meeting on 02/06/2019. Presentation outlines the current and future plans at the Advanced Light Source to address the approaching data challenges. \"We are working closely together with other division at LBNL and with other light Sources and compute centers around the country to solve the problem as a community. \" - Alexander Hexemer.", "metadata_created": "2/20/2019", "metadata_modified": "2/20/2019", "topic": "data life cycle", "comments": "MAGIC Spring 2019 Speaker Series: Data Life Cycle", "presented_at": "MAGIC", "key_words": "acquisition; advanced; analysis; Xi-cam; challenges; collaboration; computing; data; development; ESnet; execution; facilities; group; lab; lifecycle; light; material; math; NERSC; NEXAFS; photon; remote; source; user; x-ray; workflow" }, { "presentation_id": "PID-06-12-2018-001-01", "year": "2018", "pp_date": "12/6/2018", "title": "Research Software and Science Gateways: Addressing Sustainability, Usability and Reproducibility Challenges to Enhance Research", "author": "Sandra Gesing", "file_url": "https://www.nitrd.gov/nitrdgroups/images/5/51/NotreDame-SandraGesing-12062018.pdf", "media_type": "pdf", "description": "Presentation by Dr. Sandra Gesing, Research Assistant Professor in the Department of Computer Science and Engineering at the University of Notre Dame and Computational Scientist at the Center for Research Computing at the University of Notre Dame at SPSQ IWG monthly meeting on 12/06/2018. Presentation outline: \"Science gateways are a type of research software that provide researchers with end-to-end solutions for their computing and data infrastructure needs, and support cross-disciplinary efforts in scientific reproducibility and openness. The U.S. Research Software Sustainability Institute, Science Gateways Community Institute, and Preservation Quality Tool project are each exploring the challenges to sustaining scientific software, preserving and curating scientific data, promoting research reproducibility through science gateways, and increasing access and usability of complex computational methods for research. \"", "metadata_created": "02/06/2019", "metadata_modified": "02/06/2019", "topic": "science gateways; software sustainability; scientific reproducibility", "comments": "", "presented_at": "SPSQ", "key_words": "collaboration tools; cyberinfrastructure; data management; distributed computing; modeling and simulation; reproducibility; research software; science gateways; scientific data; Sustainability for Cyberinfrastructure; technology-enhanced research; usability" }, { "presentation_id": "PID-11-14-2018-001-01", "year": "2018", "pp_date": "11/14/2018", "title": "Identity Access and Management with Globus", "author": "Rachana Ananthakrishnan", "file_url": "https://www.nitrd.gov/nitrdgroups/images/4/43/IAM-Globus-RachanaAnanthakrishnan-11142018.pdf", "media_type": "pdf", "description": "Presentation given by Rachana Ananthakrishnan, Head of Products, Globus, University of Chicago at MAGIC monthly meeting on 11/14/2018. This presentation provides an update of Globus Auth, a foundational Identity Access Management (IAM) service. It is a highly scalable OAuth authorization service with a very rich token management functionality.", "metadata_created": "11/29/2018", "metadata_modified": "11/29/2018", "topic": "Globus; identity management", "comments": "Meeting took place in Dallas, TX at SC18", "presented_at": "MAGIC", "key_words": "access; api; app; application; assurance; authentication; authorization; case; client; code; command; credential; Globus; IAM; identity; instance; isolation; OAuth; provider; rest; service; transfer; user;" }, { "presentation_id": "PID-11-14-2018-002-01", "year": "2018", "pp_date": "11/14/2018", "title": "ORCID Researcher Assurance Model", "author": "Laura Paglione", "file_url": "https://www.nitrd.gov/nitrdgroups/images/3/39/ORCID-Researcher-Assurance-Model-LauraPaglione-11142018.pdf", "media_type": "pdf", "description": "Presentation given by Laura Paglione, Spherical Cow Group on behalf of ORCID at MAGIC monthly meeting on 11/14/2018. ORCID provides unique, individually-owned identifiers that exist for the duration of the individual's career and are integrated into the existing workflows of member organizations. Individual control is at the core of ORCID identifiers, which supports the individual's selection of connections.", "metadata_created": "11/29/2018", "metadata_modified": "11/29/2018", "topic": "Researcher Assurance; ORCID Identifier", "comments": "Meeting took place in Dallas, TX at SC18", "presented_at": "MAGIC", "key_words": "access; affiliation; claims; collect; connect; contribution; control; data; identifier; individual; infrastructure; manage; member; ORCID; record; research; steward; trust;" }, { "presentation_id": "PID-11-14-2018-003-01", "year": "2018", "pp_date": "11/14/2018", "title": "GÉANT Trust & Identity services update", "author": "Vincenzo Capone", "file_url": "https://www.nitrd.gov/nitrdgroups/images/5/5c/GEANT-TI-update-VincenzoCapone-11142018.pdf", "media_type": "pdf", "description": "Presentation given by Vincenzo Capone, Head of Research Engagement and Support, GÉANT at MAGIC monthly meeting on 11/14/2018. GÉANT, which supports and represents over 40 NRENS across Europe, relies on the EduGain ecosystem. This presentation describes EduTeams' recently deployed centralized service, Eduroam managed Identity provider, and its eduVPN initiative. ", "metadata_created": "11/29/2018", "metadata_modified": "11/29/2018", "topic": "GEANT; EduGain; identity provider", "comments": "Meeting took place in Dallas, TX at SC18", "presented_at": "MAGIC", "key_words": "access; authentication; community; dedicated; eduGain; eduRoam; eduTeam; eduVPN; identity; institution; integration; providers; research; SAML; scholarship; secure; service; trust; user;" }, { "presentation_id": "PID-11-14-2018-004-01", "year": "2018", "pp_date": "11/14/2018", "title": "Identity Management for Research Collaborations", "author": "Jim Basney", "file_url": "https://www.nitrd.gov/nitrdgroups/images/3/34/Identity-Management-Research-Collaborations-JimBasney-11142018.pdf", "media_type": "pdf", "description": "Presentation given by Jim Basney, Senior Research Scientist, Cybersecurity Group, National Center for Supercomputing Applications, University of Illinois at Urbana-Champaign at MAGIC monthly meeting on 11/14/2018. This presentation describes CILogon's expansion from a federated identity management system to a collaborative organization management system, Vo person, SciTokens and Custos (Identity Access Management for Science Gateways)", "metadata_created": "11/29/2018", "metadata_modified": "11/29/2018", "topic": "identity management; CILogon; SciTokens", "comments": "Meeting took place in Dallas, TX at SC18", "presented_at": "MAGIC", "key_words": "access, assurance; authorization; CILogon; collaborative; comanage; custos; forum; gateway; grid; JupyterHub; identity; IdP; InCommon; management; REFEDS; science; SciToken; token; XSEDE;" }, { "presentation_id": "PID-11-14-2018-005-01", "year": "2018", "pp_date": "11/14/2018", "title": "Update on Internet2/InCommon Trust & Identity Program", "author": "Tom Barton", "file_url": "https://www.nitrd.gov/nitrdgroups/images/4/4d/Internet2-TomBarton-11142018.pdf", "media_type": "pdf", "description": "Presentation given by Tom Barton, Senior Consultant for Cybersecurity and Data Privacy, University of Chicago at MAGIC monthly meeting on 11/14/2018. This presentation provides Internet2/InCommon Trust and Identity Program updates, with a focus on the InCommon Federation and increasing the Federation's value to research collaborations.", "metadata_created": "11/29/2018", "metadata_modified": "11/29/2018", "topic": "Internet2", "comments": "Meeting took place in Dallas, TX at SC18", "presented_at": "MAGIC", "key_words": "access; baseline; campus; collaborations; community; expectation; federation; group; identity; InCommon; Internet2; management; metadata; operator; provider; practices; privacy; research; scholarship; security; service; trust;" }, { "presentation_id": "PID-11-14-2018-006-01", "year": "2018", "pp_date": "11/14/2018", "title": "Update on IdM for Research: Some Predictions on the Future of IdM", "author": "Von Welch", "file_url": "https://www.nitrd.gov/nitrdgroups/images/c/c9/IdM-VonWelch-11142018.pdf", "media_type": "pdf", "description": "Presentation given by Von Welch, Director, Center for Applied Cybersecurity Research, Indiana University at MAGIC monthly meeting on 11/14/2018. This presentation provides a summary of Identity Management (IdM) and Identity & Access Management (IAM) trends and predictions.", "metadata_created": "11/29/2018", "metadata_modified": "11/29/2018", "topic": "identity management; identity management", "comments": "Meeting took place in Dallas, TX at SC18", "presented_at": "MAGIC", "key_words": "access; authentication; cloud; biometrics; devices; end-to-end; IdM; identity; IoT; management; network; password; prediction; research; reuse; safes; two-factor;" }, { "presentation_id": "PID-11-01-2018-001-01", "year": "2018", "pp_date": "11/01/2018", "title": "Introduction to NITRD", "author": "Kamie Roberts", "file_url": "https://www.nitrd.gov/documents/NITRD-Introduction-KRoberts-2018.pdf", "media_type": "pdf", "description": "Presentation by Kamie Roberts, Director, National Coordination Office for NITRD. Presentation outline: \"NITRD Overview; NITRD Goals; Federal IT R&D Investments; NITRD Member Agencies; Participating Agencies; NITRD Interagency Working Groups; NITRD Investment Areas; FY2020 Supplement IWG-to-PCA Mapping; Publications; Presentations; NITRD Resources; Recent Accomplishments; Upcoming Events; Questions? & Contact us\".", "metadata_created": "11/01/2018", "metadata_modified": "11/01/2018", "topic": "NITRD Program", "comments": "", "presented_at": "Other venue", "key_words": "AI; applications; artificial intelligence; assurance; autonomous systems; autonomous vehicles; big data; biomedical; broadband; budget supplement; budget; collaboration; Committee on Science and Technology Enterprise; computing; coordination; cyber-physical systems; cybersecurity; data analytics; development; education; energy; engineering; exascale computing; federal interagency program; FY2019; grid; health information technology; high-capability computing systems; high confidence software; high performance computing; informatics; information assurance; information systems; information technology; infrastructure; innovation; interagency; intelligent robotics; interdisciplinary; Internet of Things; IT; large scale networking; machine learning; manufacturing; middleware; networking; national R&D priorities; National Science and Technology Council; Networking and Information Technology Research and Development Program; NITRD Program; Office of Science and Technology Policy; PCA; planning; President’s budget; privacy; productivity; program component area; quantum computing; R&D; research; robotics; S&T; safety; science; smart cities; smart cities and communities; social computing; software design; software productivity; software quality; software sustainability; software; spectrum sharing; STEM; supercomputing; technology; transformative; transition to practice; transportation; White House; wireless; workforce" }, { "presentation_id": "PID-10-29-2018-002-01", "year": "2018", "pp_date": "10/29/2018", "title": "Modes of Operation: perspectives from NERSC", "author": "Debbie Bard", "file_url": "https://www.nitrd.gov/nitrdgroups/images/4/45/HEC-BD-Debbie-Bard-10302018.pdf", "media_type": "pdf", "description": "Presentation given by Debbie Bard, Acting Group Lead Data Science Engagement Group NERSC, LBNL, at the Convergence of High Performance Computing, Big Data, and Machine Learning, a NITRD workshop organized by the High-End Computing and Big Data Interagency Working Groups. Workshop was held at Natcher Conference Center, National Institutes of Health, Bethesda, MD on October 29-30, 2018. Focusing on modes of operation, this presentation gave the NERSC perspective that convergence and system design are being driven by data user needs. Dr. Bard lists pain points, works in progress, and describes a Superfacility. Presentation describes important policy questions: Is utilization still the right reportable metric? Workflow turnaround time? Read-only data access; Limited functionality access through web interface (e.g. Jupyterhub); Full shell access; How to handle identification/authorization?", "metadata_created": "11/29/2018", "metadata_modified": "11/29/2018", "topic": "high performance computing; big data; machine learning; high end computing", "comments": "Presented at the Convergence of High Performance Computing, Big Data, and Machine Learning, a NITRD workshop organized by the High-End Computing and Big Data Interagency Working Groups. Workshop was held at Natcher Conference Center, National Institutes of Health, Bethesda, MD on October 29-30, 2018.", "presented_at": "Big Data; HEC", "key_words": "access; analysis; compute; data; detection; experimental; facilities; fast; jobs; needs; network; nodes; physics; policy; python; requirements; science; simulation; software; system; users; workflows" }, { "presentation_id": "PID-10-29-2018-003-01", "year": "2018", "pp_date": "10/29/2018", "title": "Doing More With Less: Democratizing Computing Across Scientific Domains", "author": "Fernanda Foertter", "file_url": "https://www.nitrd.gov/nitrdgroups/images/3/35/HEC-BD-Fernanda-Foertter-10302018.pdf", "media_type": "pdf", "description": "Presentation given by Fernanda Foertter, GPU Developer Advocate Healthcare HPC + AI, NVIDIA, at the Convergence of High Performance Computing, Big Data, and Machine Learning, a NITRD workshop organized by the High-End Computing and Big Data Interagency Working Groups. Workshop was held at Natcher Conference Center, National Institutes of Health, Bethesda, MD on October 29-30, 2018. This presentation focused on the idea that scientific computing values productivity and correctness over performance. Programming standards and playgrounds that cut across platforms combined with increasing parallelism and collaboration across teams, partners, tools, and centers are emphasized.", "metadata_created": "11/29/2018", "metadata_modified": "11/29/2018", "topic": "high performance computing; big data; machine learning; high end computing", "comments": "Presented at the Convergence of High Performance Computing, Big Data, and Machine Learning, a NITRD workshop organized by the High-End Computing and Big Data Interagency Working Groups. Workshop was held at Natcher Conference Center, National Institutes of Health, Bethesda, MD on October 29-30, 2018.", "presented_at": "Big Data; HEC", "key_words": "accelerate; accuracy; AI; artificial intelligence; applications; computing; core; cost; deep; develop; fusion; learning; libraries; parallel; path; predict; scientific; sdk; standard; supercomputers; upgrade" }, { "presentation_id": "PID-10-29-2018-004-01", "year": "2018", "pp_date": "10/29/2018", "title": "Convergence of HPC and Big Data : Architecture Panel", "author": "Rangan Sukumar", "file_url": "https://www.nitrd.gov/nitrdgroups/images/5/59/HEC-BD-Rangan-Sukumarr-10302018.pdf", "media_type": "pdf", "description": "Presentation given by Rangan Sukumar, Senior Analytics Architect, Office of the CTO Cray Inc. atthe Convergence of High Performance Computing, Big Data, and Machine Learning, a NITRD workshop organized by the High-End Computing and Big Data Interagency Working Groups. Workshop was held at Natcher Conference Center, National Institutes of Health, Bethesda, MD on October 29-30, 2018. Focused on hardware, this presentation is centered on the premise that real success of convergence is integrating flexibility with heterogeneity; that HPC and BD are two distinct ecosystems and convergence has a considerable number of requirements that will require more time; and that HPC and BD convergence demands much more than hardware. Dr. Sukumar summarizes five main points for the future.", "metadata_created": "11/29/2018", "metadata_modified": "11/29/2018", "topic": "high performance computing; big data; machine learning; high end computing", "comments": "Presented at the Convergence of High Performance Computing, Big Data, and Machine Learning, a NITRD workshop organized by the High-End Computing and Big Data Interagency Working Groups. Workshop was held at Natcher Conference Center, National Institutes of Health, Bethesda, MD on October 29-30, 2018.", "presented_at": "Big Data; HEC", "key_words": "access; computing; convergence; CPU; data; ecosystem; efficiency; flexibility; future; GPU; model; node; optimization; parallelism; performance; programming; query; sample; success; system; training" }, { "presentation_id": "PID-10-29-2018-005-01", "year": "2018", "pp_date": "10/29/2018", "title": "Convergence of HPC, Big Data and Machine Learning: A Science and Engineering Perspective", "author": "Tony Hey", "file_url": "https://www.nitrd.gov/nitrdgroups/images/c/cd/HEC-BD-Tony-Hey-10302018.pdf", "media_type": "pdf", "description": "Presentation given by Professor Tony Hey, Chief Data Scientist, Rutherford Appleton Laboratory, Science and Technology Facilities Council (STFC), at the Convergence of High Performance Computing, Big Data, and Machine Learning, a NITRD workshop organized by the High-End Computing and Big Data Interagency Working Groups. Workshop was held at Natcher Conference Center, National Institutes of Health, Bethesda, MD on October 29-30, 2018. This presentation focused on the perspective of the scientific and engineering community on convergence. Today scientists are overwhelmed with data sets from many different sources; eScience is the set of tools and technologies to support data federation and collaboration for: analysis and data mining, visualization and exploration, and scholarly communication and dissemination. Presentation provides examples from particle physics and astronomy.", "metadata_created": "11/29/2018", "metadata_modified": "11/29/2018", "topic": "high performance computing; big data; machine learning; high end computing", "comments": "Presented at the Convergence of High Performance Computing, Big Data, and Machine Learning, a NITRD workshop organized by the High-End Computing and Big Data Interagency Working Groups. Workshop was held at Natcher Conference Center, National Institutes of Health, Bethesda, MD on October 29-30, 2018.", "presented_at": "Big Data; HEC", "key_words": "cell; chemical; cloud; computer; data; extraction; facility; imaging; learning; machine; modelling; ports; prediction; science; segmentation; user" }, { "presentation_id": "PID-10-29-2018-006-01", "year": "2018", "pp_date": "10/29/2018", "title": "Cancer Research: Computing and Data", "author": "Warren A. Kibbe", "file_url": "https://www.nitrd.gov/nitrdgroups/images/f/f8/HEC-BD-Warren-Kibbe-10302018.pdf", "media_type": "pdf", "description": "Presentation given by Warren A. Kibbe, Ph.D., Professor, Biostats and Bioinformatics Chief Data Officer, Duke Cancer Institute, at the Convergence of High Performance Computing, Big Data, and Machine Learning, a NITRD workshop organized by the High-End Computing and Big Data Interagency Working Groups. Workshop was held at Natcher Conference Center, National Institutes of Health, Bethesda, MD on October 29-30, 2018. This presentation focused on the importance of convergence for healthcare, specifically cancer as a grand challenge. Dr. Kibbe posits that data management, analysis, and reasoning are the new bottlenecks in data use. Presentation highlights two new technologies and two case studies that seek to describe biology in multiple dimensions beyond DNA.", "metadata_created": "11/29/2018", "metadata_modified": "11/29/2018", "topic": "high performance computing; big data; machine learning; high end computing", "comments": "Presented at the Convergence of High Performance Computing, Big Data, and Machine Learning, a NITRD workshop organized by the High-End Computing and Big Data Interagency Working Groups. Workshop was held at Natcher Conference Center, National Institutes of Health, Bethesda, MD on October 29-30, 2018.", "presented_at": "Big Data; HEC", "key_words": "cancer; clinical; data; dynamics; energy; field; health; initiative; lipid; membrane; model; phase; protein; science; simulations; structure" }, { "presentation_id": "PID-10-29-2018-007-01", "year": "2018", "pp_date": "10/29/2018", "title": "Convergence of HPC and Big Data : Software Panel", "author": "Alex Aiken", "file_url": "https://www.nitrd.gov/nitrdgroups/images/8/82/HEC-BD-Alex-Aiken-10302018.pdf", "media_type": "pdf", "description": "Presentation given by Alex Aiken, Stanford/SLAC, at the Convergence of High Performance Computing, Big Data, and Machine Learning, a NITRD workshop organized by the High-End Computing and Big Data Interagency Working Groups. Workshop was held at Natcher Conference Center, National Institutes of Health, Bethesda, MD on October 29-30, 2018. This presentation focused on software issues for HPC/BD convergence. Alex Aiken points out that the HPC community values performance, and the Big Data community values productivity. Any convergence must balance these, and it will most likely include GPUs.", "metadata_created": "11/29/2018", "metadata_modified": "11/29/2018", "topic": "high performance computing; big data; machine learning; high end computing", "comments": "Presented at the Convergence of High Performance Computing, Big Data, and Machine Learning, a NITRD workshop organized by the High-End Computing and Big Data Interagency Working Groups. Workshop was held at Natcher Conference Center, National Institutes of Health, Bethesda, MD on October 29-30, 2018.", "presented_at": "Big Data; HEC", "key_words": "accelerators; compute; convergence; data; GPU; hardware; HPC; improve; model; partitioning; performance; potential; productivity; programming; software; switching" }, { "presentation_id": "PID-10-29-2018-008-01", "year": "2018", "pp_date": "10/29/2018", "title": "HPC + BD + ML: Discovery and Innovation", "author": "Jim Kurose", "file_url": "https://www.nitrd.gov/nitrdgroups/images/9/9a/HEC-BD-Jim-Kurose-10302018.pdf", "media_type": "pdf", "description": "Presentation given by Jim Kurose, Assistant Director, NSF, Directorate for Computer and Information Science and Engineering, at the Convergence of High Performance Computing, Big Data, and Machine Learning, a NITRD workshop organized by the High-End Computing and Big Data Interagency Working Groups. Workshop was held at Natcher Conference Center, National Institutes of Health, Bethesda, MD on October 29-30, 2018. Dr. Kurose gives a keynote address. This presentation focuses on Why Now? and how the convergence of High Performance Computing, Big Data, and Machine Learning aligns closely with the current administration's priorities to help drive discovery and innovation.", "metadata_created": "11/29/2018", "metadata_modified": "11/29/2018", "topic": "high performance computing; big data; machine learning; high end computing", "comments": "Presented at the Convergence of High Performance Computing, Big Data, and Machine Learning, a NITRD workshop organized by the High-End Computing and Big Data Interagency Working Groups. Workshop was held at Natcher Conference Center, National Institutes of Health, Bethesda, MD on October 29-30, 2018.", "presented_at": "Big Data; HEC", "key_words": "AI; artificial; autonomy; BD; computing; convergence; data; discovery; HPC; infrastructure; intelligence; knowledge; learning; machine; management; ML; modeling; network; NSF; research; science; scientific; sensing; technologies" }, { "presentation_id": "PID-10-29-2018-001-01", "year": "2018", "pp_date": "10/29/2018", "title": "The Convergence of High Performance Computing, Big Data, and Machine Learning Workshop (video)", "author": "Workshop participants", "file_url": "https://www.youtube.com/watch?v=fvlyqLJdIV8&list=PLVq83uNTPbQSOdOJg32WIK4gLJp4gvLXz", "media_type": "video", "description": "A NITRD workshop organized by the High-End Computing and Big Data Interagency Working Groups. Workshop was held at Natcher Conference Center, National Institutes of Health, Bethesda, MD on October 29-30, 2018. Purpose: To examine key challenges and opportunities in integrating high performance computing (HPC) with big data (BD) and machine learning (ML); To identify research and development opportunities including practical systems implementation. More information: https://www.nitrd.gov/nitrdgroups/index.php?title=HPC-BD-Convergence", "metadata_created": "11/20/2018", "metadata_modified": "11/20/2018", "topic": "high performance computing; big data; machine learning; high end computing", "comments": "Workshop was held at Natcher Conference Center, National Institutes of Health, Bethesda, MD on October 29-30, 2018.", "presented_at": "Big Data; HEC", "key_words": "agency; area; big data; center; challenges; cloud; computing; convergence; data; discussions; edge; hardware; high end computing; HEC; high performance computing; HPC; machine learning; model; people; performance; problem; question; scale; science; software; systems; " }, { "presentation_id": "PID-10-17-2018-001-01", "year": "2018", "pp_date": "10/17/2018", "title": "SC17 StarLight/iCAIR/MREN Networking Demonstrations", "author": "Joe Mambretti", "file_url": "https://www.nitrd.gov/nitrdgroups/images/4/42/StarLight-Demos-Joe-Mambretti-2018.pdf", "media_type": "pdf", "description": "Presentation by Joe Mambretti, Director of the International Center for Advanced Internet Research, Northwestern University. \"With their multiple national and international research partners, the International Center for Internet Research at Northwestern University (iCAIR); the StarLight consortium, which manages the StarLight International/National Communications Exchange Facility in Chicago; and the Metropolitan Research and Education Network (MREN) showcased demonstrations of next generation networking for data intensive science at the SC17 International Conference for High Performance Computing, Networking, Storage and Analysis in Denver, Colorado (November 11-17, 2017). These demonstrations were supported by the SC17 SCinet engineers who implement and manage the conference network and the SCinet WAN. \"", "metadata_created": "10/17/2018", "metadata_modified": "10/17/2018", "topic": "networking; data intensive science", "comments": "", "presented_at": "MAGIC", "key_words": "capability; computing; data; demonstration; DTN; Gbps; network; performance; platform; research; SC17; Super Computing; science; SDX; services; software; StarLight; WAN;" }, { "presentation_id": "PID-10-16-2018-001-01", "year": "2018", "pp_date": "10/16/2018", "title": "Connectivity across the Atlantic", "author": "Dale Finkelson", "file_url": "https://www.nitrd.gov/nitrdgroups/images/6/6f/Connectivity-across-Atlantic-10-16-2018.pdf", "media_type": "pdf", "description": "Presentation given by Dale Finkelson, Senior Program and Services Manager, Internet2, at JET monthly meeting, 10/16/2018. Update on the growth of the Advanced North Atlantic (ANA) project, its current and future activities and collaborations.", "metadata_created": "11/20/2018", "metadata_modified": "11/20/2018", "topic": "Advanced North Atlantic (ANA); collaboration; Internet2; R&E Networks", "comments": "", "presented_at": "JET", "key_words": "ANA; AARNET; Asia; AsiaPac; BELLA; collaboration; CEDIA; Consortium; *CC; DFN; ESnet; Europe; GARR; GEANT; MADDASH; NEAAR; Networks; NORDUNET; R&E; RedCLARA; RENATA; RENATER; REUNA; RNP; Singapore; SingAREN; SINET; Surfnet; TEIN" }, { "presentation_id": "PID-10-03-2018-001-01", "year": "2018", "pp_date": "10/3/2018", "title": "Software Assurance Marketplace (SWAMP) – A Continuous Assurance Platform", "author": "Von Welch\n", "file_url": "https://www.nitrd.gov/nitrdgroups/images/9/91/SWAMP-Welch-10-03-2018.pdf", "media_type": "pdf", "description": "Presentation given by Von Welch, Director and PI of Trusted CI, NSF’s Cybersecurity Center of Excellence, and Director of Indiana University’s Center for Applied Cybersecurity Research, at MAGIC monthly meeting on 10/03/2018. \"The essential nature of software assurance to preventing kinetic effects and protecting against cyber-attacks when running critical national infrastructure. There is a need for more secure software and the advancement of the effective adoption of software assurance tools through technologies and education.\"", "metadata_created": "10/11/2018", "metadata_modified": "10/11/2018", "topic": "cyber-attacks; kinetic effects; software assurance", "comments": "", "presented_at": "MAGIC", "key_words": "API; architecture; assess; assurance; automation; capability; capacity; community; container; continuous; control; critical; customization; cyber-attack; deploy; develop; education; identity; infrastructure; instrument; integrate; interface; kinetic; management; marketplace; multi; NIST; open source; platform; scale; secure; service; sib; software; swamp; technologies; tool; training;" }, { "presentation_id": "PID-10-03-2018-002-01", "year": "2018", "pp_date": "10/3/2018", "title": "SLATE - A new approach for DevOps in distributed scientific computing facilities", "author": "Robert Gardner\n", "file_url": "https://www.nitrd.gov/nitrdgroups/images/3/35/SLATE-Gardner-10-03-2018.pdf", "media_type": "pdf", "description": "Presentation given by Robert Gardner, Senior Scientist, Experimental High Energy Physics/Computing, University of Chicago, at MAGIC monthly meeting on 10/03/2018. \"Services Layer At The Edge (SLATE) is a new approach for DevOps in distributed scientific computing facilities. SLATE provides technology that simplifies connecting university and laboratory data center capabilities to the national cyberinfrastructure ecosystem. It expands the reach of domain-specific science gateways and multi-site research platforms.\"", "metadata_created": "10/11/2018", "metadata_modified": "10/11/2018", "topic": "collaborative science; DevOps; distributed computing", "comments": "", "presented_at": "MAGIC", "key_words": "cluster; computing; data; DB; developers; DevOps; grid; network; platform; Runs; science; service; slate; slate-dev; XENON" }, { "presentation_id": "PID-10-03-2018-003-01", "year": "2018", "pp_date": "10/3/2018", "title": "DevOps and Software Defined Networking (SDNs) and Software Defined Exchanges (SDXs)", "author": "Joe Mambretti", "file_url": "https://www.nitrd.gov/nitrdgroups/images/c/cc/DevOps-SDN-SDX-Mambretti-10-03-2018.pdf", "media_type": "pdf", "description": "Presentation given by Joe Mambretti, Director of the International Center for Advanced Internet Research, Northwestern University, at MAGIC monthly meeting on 10/03/2018. \"Introduction to iCAIR and its supported Testbeds, StarLight and StarLight SDX, a software defined networking exchange for global science research and education, Global Research Platform, and SC17 and SC18 demonstrations in the context of DevOps.\"", "metadata_created": "10/11/2018", "metadata_modified": "10/11/2018", "topic": "DevOps; software defined exchanges; software defined networking", "comments": "", "presented_at": "MAGIC", "key_words": "AI; analysis; application; automation; bioinformatics; data; distributed; domain; edge; environment; exascale; experiment; facility; geoscience; global; infrastructure; international; interoperable; machine learning; management; middleware; network; node; open; OpenFlow; operation; optical; physics; pipeline; programming; protocol; prototype; signal; software; terascale; testbed; virtualization; volume; WAN;" }, { "presentation_id": "PID-09-27-2018-001-01", "year": "2018", "pp_date": "9/27/2018", "title": "Dedicated Short-range Communications (DSRC) and Spectrum Policy", "author": "Volker Fessmann", "file_url": "https://www.nitrd.gov/nitrdgroups/images/f/fb/DSRC-Spectrum-Fessmann-09-27-2018.pdf", "media_type": "pdf", "description": "Presentation given by Volker Fessmann, Transportation Research Specialist, FHWA – Office of Safety Research and Development, U.S. Department of Transportation, at Broadband Research and Development (BRD) Group monthly meeting on 09/27/2018. Volker Fessmann provided an overview of Dedicated Short-Range Communications (DSRC) and Spectrum Policy. Presentation outline: \"Dedication of the Spectrum; Basics of DSRC; DSRC Environment; Today's Challenges for DSRC; USDOT’s Spectrum Sharing Position; DSRC Research Efforts; DSRC Deployment Activities; FCC Refresh of Record.\"", "metadata_created": "10/02/2018", "metadata_modified": "10/02/2018", "topic": "broadband; spectrum; short-range communications", "comments": "", "presented_at": "Broadband", "key_words": "applications; bands; channel; department; device; DOT; Dedicated Short-Range Communications; DSRC; FCC; GHz; MHz; phase; plan; policy; research; safety; spectrum; technical; technology; testing; transportation;" }, { "presentation_id": "PID-09-21-2018-001-01", "year": "2018", "pp_date": "9/21/2018", "title": "AI Industry Perspective on Quantifying Fairness (video)", "author": "Rumman Chowdhury; Michael Garris;\n", "file_url": "https://youtu.be/R2NgCwAfdbc", "media_type": "video", "description": "NITRD AI R&D Discussion Series and NIST AI Community of Interest jointly present \"AI Industry Perspective on Quantifying Fairness\". Introduction given by Michael Garris, a senior scientist and founder/chair of the Artificial Intelligence (AI) Community of Interest at NIST where he has worked for the past 32 years with a technical focus in the areas of AI, image processing, pattern recognition and biometrics. Mr. Garris has served as co-chair for the President’s National Science and Technology Council's (NSTC) Subcommittee on Machine Learning and Artificial Intelligence (ML/AI), and is a member of the NSTC Networking and Information Technology Research and Development (NITRD) Subcommittee's AI R&D Interagency Working Group, chairing its AI R&D Discussion Series. In 2016, Mr. Garris co-authored two national strategy reports, \"Preparing for the Future of Artificial Intelligence,\" and \"The National Artificial Intelligence Research and Development Strategic Plan.\" Dr. Rumman Chowdhury is the guest speaker at this event. Dr. Chowdhury’s passion lies at the intersection of artificial intelligence and humanity. She has been a practicing data scientist and AI developer since 2013. She is currently the Global Lead for Responsible AI at Accenture Applied Intelligence, where she works with C-suite clients to create cutting-edge technical solutions for ethical, explainable and transparent AI. Rumman has been featured in international media, including the Financial Times, Harvard Business Review, MIT Technology Review, BBC, Axios, Cheddar TV, CRN, Fast Company, Quartz, Kauppalehti, Optio, Australian Broadcasting Channel and Nikkei Business Times. She is a TedX speaker, a Forbes Tech contributing author and has been named by InformationWeek as one of 10 influential AI and machine learning experts to follow on Twitter. She was also named one of BBC's 100 Women for 2017, recognized as one of the Bay Area’s top 40 under 40, and honored to be inducted to the British Royal Society of the Arts (RSA). Rumman serves as co-chair of the RSA's Citizen AI Jury and actively participates in IEEE standards committees, the Partnership on AI, as an advisor to the UK House of Lords Parliamentary group on AI, and other global AI and ethics organizations. She has presented at multiple international governing bodies, including the United Nations, the OECD and the UK Parliament. Dr. Chowdhury holds two undergraduate degrees from MIT, a master's degree in Quantitative Methods of the Social Sciences from Columbia University, and a doctorate in political science from the University of California, San Diego. \"What is Responsible AI (RAI) and why is it essential? What are the cornerstones of RAI (e.g., Fairness, Accountability, Transparency, Explainability)? What is 'fairness' and how do we quantify?\" Dr. Chowdhury unpacks these questions as she describes the details of a fairness tool under development at Accenture. ", "metadata_created": "12/18/2018", "metadata_modified": "12/18/2018", "topic": "artificial intelligence", "comments": "Jointly presented by NITRD AI R&D Discussion Series and NIST AI Community of Interest at the National Institute of Standards and Technology on September 21, 2018", "presented_at": "AI", "key_words": "accountability; Artificial Intelligence; ai; algorithm; bias; community; companies; data; examples; explainability; fairness; governance; impact; model; NIST; outcome; people; question; tool; transparency; understand; work" }, { "presentation_id": "PID-09-18-2018-001-01", "year": "2018", "pp_date": "9/18/2018", "title": "ESnet6 Project Overview", "author": "Patty Giuntoli\n", "file_url": "https://www.nitrd.gov/nitrdgroups/images/3/3a/ESnet6-Patty-Giuntoli.pdf", "media_type": "pdf", "description": "Presentation given by Patty Giuntoli, ESnet6 Project Director, at JET monthly meeting on 09/18/2018. This presentation is the latest in a series given by ESnet to the JET community on ESnet’s next generation network. These commenced in early 2017 and cover the network’s architecture, updates on the milestones/reviews, and ancillary issues. They also describe cases where developments for ESnet6 can be retrofitted into ESnet5 for improved efficiencies on the existing production network.", "metadata_created": "9/24/2018", "metadata_modified": "9/24/2018", "topic": "software defined networking; networks; networking; segment routing; traffic engineering; MPLS switched core; network management automation", "comments": "Presentation given by Patty Giuntoli at JET monthly meeting, 09/18/2018.", "presented_at": "JET", "key_words": "automation; architecture; capability; capacity; control plane; data plane; edge; engineering; esnet6; flexible; management plane; measurement; monitoring; network; optical core; packet core; programmable; project; protocol; resilient; review; routing; segment routing; services; space; switch; traffic engineering; vendor;" }, { "presentation_id": "PID-09-13-2018-005-01", "year": "2018", "pp_date": "9/13/2018", "title": "The Framework for Improving Critical Infrastructure Cybersecurity", "author": "Matthew Barrett", "file_url": "https://www.nitrd.gov/nitrdgroups/images/c/c9/Cyberframework-Matthew-Barrett.pdf", "media_type": "pdf", "description": "Presentation given by Matthew Barrett from NIST, at WSRD Workshop X: Security from a Wireless Spectrum Perspective: Technology Innovation and Policy Research Needs on September 13, 2018 in Washington D.C. This presentation introduces the audience to NIST's extensive work on developing a Cybersecurity Framework that is being adopted Internationally. It provides an overview of the core characteristics, how it can be used at various levels of expertise, and links to extensive resources that are available related to cybersecurity.", "metadata_created": "9/24/2018", "metadata_modified": "9/24/2018", "topic": "wireless spectrum; security; cybersecurity framework", "comments": "Presentation given at the WSRD Workshop X: Security from a Wireless Spectrum Perspective: Technology Innovation and Policy Research Needs, September 13, 2018, Washington D.C.", "presented_at": "WSRD", "key_words": "access; asset; cyberframework; cybersecurity; DSS; Framework; function; identification; improvement; information; management; process; protect; resource; risk; security;" }, { "presentation_id": "PID-09-13-2018-006-01", "year": "2018", "pp_date": "9/13/2018", "title": "5G Wireless Security", "author": "Arupjyoti (Arup) Bhuyan", "file_url": "https://www.nitrd.gov/nitrdgroups/images/0/01/5G-Wireless-Security-Bhuyan-Kutsche.pdf", "media_type": "pdf", "description": "Presentation given by Dr. Arup Bhuyan from Idaho National Lab, at WSRD Workshop X: Security from a Wireless Spectrum Perspective: Technology Innovation and Policy Research Needs on September 13, 2018 in Washington D.C. This presentation introduces the current wireless spectrum security challenges, how the introduction of 5G will affect them, and outlines current research, ongoing challenges, and suggested research.", "metadata_created": "9/24/2018", "metadata_modified": "9/24/2018", "topic": "5G; wireless spectrum; security", "comments": "Presentation given at the WSRD Workshop X: Security from a Wireless Spectrum Perspective: Technology Innovation and Policy Research Needs, September 13, 2018, Washington D.C.", "presented_at": "WSRD", "key_words": "band; cellular; communication; connected; detection; information; laboratory; localization; national; networking; physical; research; security; sharing; solution; spectrum; technology; wireless;" }, { "presentation_id": "PID-09-13-2018-007-01", "year": "2018", "pp_date": "9/13/2018", "title": "Security Issues in Radar-Communications Spectrum Sharing", "author": "John Chapin", "file_url": "https://www.nitrd.gov/nitrdgroups/images/a/ad/Security-Radar-Communications-Spectrum-Sharing-Chapin.pdf", "media_type": "pdf", "description": "Presentation given by Dr. John Chapin from Roberson & Assoc, at WSRD Workshop X: Security from a Wireless Spectrum Perspective: Technology Innovation and Policy Research Needs on September 13, 2018 in Washington D.C. Presentation outline: \"Focus was on the new security issues that arise in radar- communications spectrum sharing between separate organizations. The context and technology was described and then denial of service and privacy violation attacks concerns were outlined from both the radar and communications perspective including solution principles.\"", "metadata_created": "9/24/2018", "metadata_modified": "9/24/2018", "topic": "wireless spectrum; security; radar-communications; spectrum sharing", "comments": "Presentation given at the WSRD Workshop X: Security from a Wireless Spectrum Perspective: Technology Innovation and Policy Research Needs, September 13, 2018, Washington D.C.", "presented_at": "WSRD", "key_words": "attack; band; communication; control; device; DOS; information; issue; management; operation; privacy; radar; SAS; security; sharing; spectrum; system; vector;" }, { "presentation_id": "PID-09-13-2018-008-01", "year": "2018", "pp_date": "9/13/2018", "title": "LTE Security, Privacy, and Assurance: Key Research Challenges and Hardware Needs", "author": "Jeff Reed; Vuk Marojevic", "file_url": "https://www.nitrd.gov/nitrdgroups/images/e/e3/LTE-Security-Reed.pdf", "media_type": "pdf", "description": "Presentation given by Dr. Jeff Reed from Virginia Tech, at WSRD Workshop X: Security from a Wireless Spectrum Perspective: Technology Innovation and Policy Research Needs on September 13, 2018 in Washington D.C. This presentation addressed the following: Highly vulnerable 4G LTE, PHY attacks and mitigation, Methods to detect stingray activity, Challenges in performing LTE information assurance research, Example of Hardware Needed, and Recommendations for a way forward in enabling research.", "metadata_created": "9/24/2018", "metadata_modified": "9/24/2018", "topic": "wireless spectrum; LTE; security; privacy", "comments": "Presentation given at the WSRD Workshop X: Security from a Wireless Spectrum Perspective: Technology Innovation and Policy Research Needs, September 13, 2018, Washington D.C.", "presented_at": "WSRD", "key_words": "assurance; attack; detection; hardware; IMSI; Layer; LTE; privacy; research; software; spectrum; testbed; wireless;" }, { "presentation_id": "PID-09-13-2018-009-01", "year": "2018", "pp_date": "9/13/2018", "title": "Scalable Enforcement", "author": "Henning Schulzrinne", "file_url": "https://www.nitrd.gov/nitrdgroups/images/f/f7/Scalable-enforcement-Schulzrinne.pdf", "media_type": "pdf", "description": "Presentation given by Henning Schulzrinne from Columbia University, at WSRD Workshop X: Security from a Wireless Spectrum Perspective: Technology Innovation and Policy Research Needs on September 13, 2018 in Washington D.C. Presentation outline: \"FCC enforcement is driven by complaints and prioritization; Direction finder model does not scale; Automating enforcement is difficult; Wireless intercept rules lack clarity but relatively clear for interference mitigation.\" ", "metadata_created": "9/24/2018", "metadata_modified": "9/24/2018", "topic": "enforcement; spectrum sharing; wireless spectrum; security", "comments": "Presentation given at the WSRD Workshop X: Security from a Wireless Spectrum Perspective: Technology Innovation and Policy Research Needs, September 13, 2018, Washington D.C.", "presented_at": "WSRD", "key_words": "authority; bureau; collection; commission; communication; data; enforcement; engineer; FCC; information; intercept; interference; investigation; license; payload; provide; radio; system; Wi-Fi;" }, { "presentation_id": "PID-09-13-2018-010-01", "year": "2018", "pp_date": "9/13/2018", "title": "Machine Learning in Wireless Security", "author": "K.P. (Suba) Subbalakshmi", "file_url": "https://www.nitrd.gov/nitrdgroups/images/1/1e/Machine-Learning-Wireless-Security-Subbalakshmi.pdf", "media_type": "pdf", "description": "Presentation given by Professor Suba Subbalakshmi from the Stevens Institute, at WSRD Workshop X: Security from a Wireless Spectrum Perspective: Technology Innovation and Policy Research Needs on September 13, 2018 in Washington D.C. Presentation outline: \"Explores security questions in spectrum agile networks; attacks and their effects; and how machine learning can be used to mitigate these issues.\"", "metadata_created": "9/24/2018", "metadata_modified": "9/24/2018", "topic": "machine learning; wireless spectrum; security", "comments": "Presentation given at the WSRD Workshop X: Security from a Wireless Spectrum Perspective: Technology Innovation and Policy Research Needs, September 13, 2018, Washington D.C.", "presented_at": "WSRD", "key_words": "agile; analysis; attack; data; defense; information; jamming; learning; mechanism; ML; model; network; resource; result; security; simulation; spectrum; system;" }, { "presentation_id": "PID-09-13-2018-011-01", "year": "2018", "pp_date": "9/13/2018", "title": "Believe It or Not: Wireless Walking on Air Drones and Wireless Security", "author": "Wade Trappe", "file_url": "https://www.nitrd.gov/nitrdgroups/images/6/6c/Drone-Wireless-Security-Trappe.pdf", "media_type": "pdf", "description": "Presentation given by Wade Trappe from Rutgers University , at WSRD Workshop X: Security from a Wireless Spectrum Perspective: Technology Innovation and Policy Research Needs on September 13, 2018 in Washington D.C. Presentation outline: \"UAVs change the wireless landscape and will have dramatic security implications; a case study is presented and the implications for spectrum are explored.\" ", "metadata_created": "9/24/2018", "metadata_modified": "9/24/2018", "topic": "drones; wireless spectrum; security", "comments": "Presentation given at the WSRD Workshop X: Security from a Wireless Spectrum Perspective: Technology Innovation and Policy Research Needs, September 13, 2018, Washington D.C.", "presented_at": "WSRD", "key_words": "controller; detection; drone; elevate; hobbyist; impact; implication; limit; research; RF; security; spectrum; UAV; wireless" }, { "presentation_id": "PID-08-20-2018-001-01", "year": "2018", "pp_date": "8/20/2018", "title": "Natural Language Processing (NLP) at the Agency Interface (video)", "author": "Gil Alterovitz; Justin Koufopoulos", "file_url": "https://youtu.be/mDikIxgErsg", "media_type": "video", "description": "Presentation by Dr. Gil Alterovitz (faculty member at Harvard/MIT and the Computational Health Informatics Program at Boston Children’s Hospital, Presidential Innovation Fellow), and Justin Koufopoulos (Presidential Innovation Fellow at the NIH) at the Artificial Intelligence (AI) R&D Interagency Working Group meeting on 08/20/2018. \"Natural Language Processing (NLP) at the Agency Interface\" focuses on a use case where Artificial Intelligence (AI)/NLP has been used by two Presidential Innovation Fellows to address goals across federal agencies synergistically. Here, the challenge of matching patients to experimental therapies/clinical trials is examined as an overall ecosystem. The problem of structuring eligibility criteria is reframed and a new approach around incentivizing standardization, via AI/NLP at the trial's inception stage, is examined. The presentation describes several approaches, experiences, and lessons learned in this overall process.", "metadata_created": "9/24/2018", "metadata_modified": "9/24/2018", "topic": "natural language processing; artificial intelligence", "comments": "", "presented_at": "AI", "key_words": "AI; artificial; cancer; clinical; code; consensus; criteria; curator; data; eligibility; government; inform; intelligence; language; logic; NLP; patient; processing; protocol; score; standard; structured; template; text; trials;" }, { "presentation_id": "PID-08-20-2018-001-02", "year": "2018", "pp_date": "8/20/2018", "title": "Natural Language Processing (NLP) at the Agency Interface ", "author": "Gil Alterovitz; Justin Koufopoulos", "file_url": "https://www.nitrd.gov/nitrdgroups/images/b/b4/NLP-Agency-Interface-Alterovitz-Koufopoulos.pdf", "media_type": "pdf", "description": "Presentation by Dr. Gil Alterovitz (faculty member at Harvard/MIT and the Computational Health Informatics Program at Boston Children’s Hospital, Presidential Innovation Fellow), and Justin Koufopoulos (Presidential Innovation Fellow at the NIH) at the Artificial Intelligence (AI) R&D Interagency Working Group meeting on 08/20/2018. \"Natural Language Processing (NLP) at the Agency Interface\" focuses on a use case where Artificial Intelligence (AI)/NLP has been used by two Presidential Innovation Fellows to address goals across federal agencies synergistically. Here, the challenge of matching patients to experimental therapies/clinical trials is examined as an overall ecosystem. The problem of structuring eligibility criteria is reframed and a new approach around incentivizing standardization, via AI/NLP at the trial's inception stage, is examined. The presentation describes several approaches, experiences, and lessons learned in this overall process.", "metadata_created": "9/24/2018", "metadata_modified": "9/24/2018", "topic": "natural language processing; artificial intelligence", "comments": "", "presented_at": "AI", "key_words": "AI; artificial; cancer; clinical; code; consensus; criteria; curator; data; eligibility; government; inform; intelligence; language; logic; NLP; patient; processing; protocol; score; standard; structured; template; text; trials;" }, { "presentation_id": "PID-09-13-2018-004-01", "year": "2018", "pp_date": "9/13/2018", "title": "IMSI Exchange over the air for LTE Access Network", "author": "Munawwar Sohul; Jeff Reed", "file_url": "https://www.nitrd.gov/nitrdgroups/images/3/3b/LTE-Security-Anaysis-IMSI-Sohul-Reed.pdf", "media_type": "pdf", "description": "Presentation by Munawwar Sohul and Jeff Reed, Virginia Tech. Provided as background/input to the WSRD Workshop X: Security from a Wireless Spectrum Perspective: Technology Innovation and Policy Research Needs on September 13, 2018 in Washington D.C. Presentation outline: \"Identifying wireless devices uniquely, including the location of a mobile device is critical to understanding the source of a security threat. In a congested space, authenticating users and their devices is potentially as critical as certification of a device's capabilities. This paper describes methods of authentication and identification of transmissions using the IMSI (International Mobile Subscriber Identity)\".", "metadata_created": "9/12/2018", "metadata_modified": "9/12/2018", "topic": "wireless; security; identification; authentication", "comments": "Presentation provided as background/input to the WSRD Workshop X: Security from a Wireless Spectrum Perspective: Technology Innovation and Policy Research Needs on September 13, 2018 in Washington D.C.", "presented_at": "WSRD", "key_words": "4G; access; architecture; authentication; EPC; exchange; identity; identification; IMSI; interface; LTE; message; network; radio; request; requirement; security;" }, { "presentation_id": "PID-09-05-2018-001-01", "year": "2018", "pp_date": "9/5/2018", "title": "Enterprise to Cloud: Operational Challenges", "author": "Marshall Lamb", "file_url": "https://www.nitrd.gov/nitrdgroups/images/c/cb/Enterprise-Cloud-Marshall-Lamb.pdf", "media_type": "pdf", "description": "Presentation given by Marshall Lamb, IBM Distinguished Engineer and CTO, IBM Watson Supply Chain, at MAGIC monthly meeting, 9/5/2018. This presentation details IBM's experience with the following organizational challenges of DevOps from an operations perspective: (1) separation of duties, (2) monitoring and KPI measurement, (3) issues with long-lived systems, and (4) enterprise architectures.", "metadata_created": "9/11/2018", "metadata_modified": "9/11/2018", "topic": "DevOps; enterprise architecture; cloud computing; KPI measurement", "comments": "Presentation given at MAGIC monthly meeting, 9/5/2018", "presented_at": "MAGIC", "key_words": "architecture; automation; cloud-based; configuration; enterprise; measurement; metrics; monitoring; operation; system;" }, { "presentation_id": "PID-09-05-2018-002-01", "year": "2018", "pp_date": "9/5/2018", "title": "Perspectives on DevOps at CGI", "author": "Venkat Kodumudi", "file_url": "https://www.nitrd.gov/nitrdgroups/images/4/48/DevOps-CGI-Venkat-Kodumudi.pdf", "media_type": "pdf", "description": "Presentation given by Venkat Kodumudi, Director, Innovation & Outreach, Emerging Technologies Practice, CGI Federal at MAGIC monthly meeting, 9/5/2018. DevOps touches upon all aspects of software development life cycle. While covering CGI's DevOps reference model and its 5 pillars of DevOps Principles, this presentation focuses on DevOps best practices and use cases.", "metadata_created": "9/11/2018", "metadata_modified": "9/11/2018", "topic": "DevOps; software development life cycle", "comments": "Presentation given at MAGIC monthly meeting, 9/5/2018", "presented_at": "MAGIC", "key_words": "agile; collaboration; continuous; delivery; development; governance; integration; metrics; organization; process; strategy; testing" }, { "presentation_id": "PID-09-13-2018-003-01", "year": "2018", "pp_date": "9/13/2018", "title": "Putting Wireless Signal Security in a System Security Context", "author": "Wade Trappe", "file_url": "https://www.nitrd.gov/nitrdgroups/images/1/1e/Wireless-Security-WTrappe.pdf", "media_type": "pdf", "description": "Presentation by Dr. Wade Trappe, a Professor in the Electrical and Computer Engineering Department at Rutgers University, and Associate Director of the Wireless Information Network Laboratory (WINLAB), at Computer Security Lab at Cambridge University in October 2016. Provided as background/input to the WSRD Workshop X: Security from a Wireless Spectrum Perspective: Technology Innovation and Policy Research Needs on September 13, 2018 in Washington D.C. Presentation outline: \"Wireless signals are everywhere; we can use them for good and for evil. This presentation will explore: Potential security/privacy services or attacks; How easily the wireless ecosystem can be subverted; The development of a \"system security perspective\"; Professional, pragmatic and researcher views; Specific flavors of signal security services to protect the wireless ecosystem.", "metadata_created": "9/10/2018", "metadata_modified": "9/10/2018", "topic": "wireless; security; systems", "comments": "Presentation given at Computer Security Lab at Cambridge University in October 2016. Provided as background/input to the WSRD Workshop X: Security from a Wireless Spectrum Perspective: Technology Innovation and Policy Research Needs on September 13, 2018 in Washington D.C.", "presented_at": "WSRD", "key_words": "adversary; attack; authentication; channel; communication; data; detection; estimate; network; packet; probe; radio; security; sensor; signal; spoofing; system; wireless;" }, { "presentation_id": "PID-09-13-2018-001-01", "year": "2018", "pp_date": "9/13/2018", "title": "5G NR Jamming, Spoofing, and Sniffing: Threat Assessment and Mitigation", "author": "Vuk Marojevic; Marc Lichtman; Raghunandan Rao; Jeffrey Reed; Roger Piqueras Jover", "file_url": "https://www.nitrd.gov/nitrdgroups/images/7/77/5G-NR-Jamming-Vuk-Marojevic.pdf", "media_type": "pdf", "description": "Presentation by Vuk Marojevic, Virginia Tech, et al. Provided as background/input to the WSRD Workshop X: Security from a Wireless Spectrum Perspective: Technology Innovation and Policy Research Needs on September 13, 2018 in Washington D.C. Presentation outline: \"Background on 5G NR; Physical Layer Vulnerabilities; Overall Vulnerability Assessment; Brief Survey of Mitigation Techniques.\"", "metadata_created": "8/28/2018", "metadata_modified": "8/28/2018", "topic": "wireless; security", "comments": "Presentation provided as background/input to the WSRD Workshop X: Security from a Wireless Spectrum Perspective: Technology Innovation and Policy Research Needs, September 13, 2018, Washington D.C.\n", "presented_at": "WSRD", "key_words": "assessment; attack; channel; control; frame; information; interference; jamming; layer; mitigation; network; physical; security; signal; slot; spoofing; sniffing; subcarrier; symbol; threat; vulnerability" }, { "presentation_id": "PID-09-13-2018-002-01", "year": "2018", "pp_date": "9/13/2018", "title": "Vulnerabilities of LTE to RF Interference and Spoofing", "author": "Mina Labib; Vuk Marojevic;\nCarl Dietrich; Jeffrey H. Reed\n", "file_url": "https://www.nitrd.gov/nitrdgroups/images/9/98/LTE-Vulnerabilities-MinaLabib.pdf", "media_type": "pdf", "description": "Presentation by Mina Labib et al. from Bradley Department of Electrical and Computer Engineering, Virginia Tech. Provided as background/input to the WSRD Workshop X: Security from a Wireless Spectrum Perspective: Technology Innovation and Policy Research Needs on September 13, 2018 in Washington D.C. Presentation outline: \"Metrics; LTE Control Channel Spoofing; LTE Physical Broadcast Channel; LTE Physical DL Control Channel.\"", "metadata_created": "8/28/2018", "metadata_modified": "8/28/2018", "topic": "wireless; security", "comments": "Presentation provided as background/input to the WSRD Workshop X: Security from a Wireless Spectrum Perspective: Technology Innovation and Policy Research Needs, September 13, 2018, Washington D.C.\n", "presented_at": "WSRD", "key_words": "bit; cell; change; channel; control; frame; frequency; interference; layer; message; mitigation; resource; signal; spoofing; technique" }, { "presentation_id": "PID-08-23-2018-001-01", "year": "2018", "pp_date": "8/23/2018", "title": "Enabling FAIR Data in the Earth, Space, Environmental Sciences", "author": "Shelley Stall", "file_url": "https://www.nitrd.gov/nitrdgroups/images/0/02/Enabling-FAIR-Data-ESES-ShelleyStall.pdf", "media_type": "pdf", "description": "Presentation by Shelley Stall, American Geophysical Union (AGU) Director, Data Programs, at Big Data monthly meeting, 08/23/2018. Dr. Stall presented the ASG Enabling FAIR Data Project: a coalition of groups representing the international Earth and space science community, convened by the American Geophysical Union (AGU) and funded by a grant from the Laura and John Arnold Foundation to develop standards that will connect researchers, publishers, and data repositories in the Earth, space, and environmental sciences to enable FAIR (findable, accessible, interoperable, and reusable) data on a large scale.", "metadata_created": "8/28/2018", "metadata_modified": "8/28/2018", "topic": "data; earth science; space science; environmental science", "comments": "Presentation by Shelley Stall, American Geophysical Union (AGU) Director, Data Programs, at Big Data monthly meeting, 08/23/2018.", "presented_at": "Big Data", "key_words": "accessible; community; data; development; documentation; earth; enabling; FAIR; findable; information; interoperable; management; open; repository; research; reusable; science; software; standard; support" }, { "presentation_id": "PID-08-17-2018-001-01", "year": "2018", "pp_date": "8/17/2018", "title": "The Quilt Network Security Cookbook (v.7)", "author": "The Quilt", "file_url": "https://www.nitrd.gov/nitrdgroups/images/d/db/Quilt-Network-Security-Cookbook-v7.pdf", "media_type": "pdf", "description": "In February 2016, The Quilt hosted a Security Round Table to discuss network security for Quilt members and for the institutions those members connect. The priority project resulting from the discussion was to create a cookbook of network security best practices for both the regional / enterprise network as well as additional member institutions that have an interest and may benefit from its content. The practices and suggestions captured herein are intended only for the purposes of exchanging ideas and best practices for network security among the research and education networking community. It is not intended to be used as the authoritative source on network security nor does it specify standards or policy. Readers of the Cookbook should understand that the intention of the cookbook is to inform and educate on network security practices of contributing research and education networks but not to prescribe any one particular technology, strategy or policy to mitigate security risks. Please note that this Cookbook may contain errors. Users of this Cookbook are solely responsible for ensuring their network security practices are adequate for their needs. Any references to third party products are not an endorsement. The Quilt and its contributors are not responsible for such network security practices or third party products, even if based on this Cookbook. This Cookbook will continue to be developed; i.e. a 'living' document.", "metadata_created": "8/17/2018", "metadata_modified": "8/17/2018", "topic": "network; security", "comments": "The Quilt Network Security Cookbook, Property of The Quilt, Version 7, Revised 07/31/2018. The Quilt gave NITRD permission to post the Cookbook on 8/14/2018. \"The Quilt is the national coalition of non-profit U.S. regional research and education networks representing 40 networks across the country. Participants in The Quilt provide advanced network services and applications to over 900 universities and thousands of other educational and community anchor institutions. With the goal of promoting consistent, reliable, inter-operable and efficient advanced networking services that extend to the broadest possible community; and to represent common interests in the development and delivery of advanced cyberinfrastructure that enables innovation through our education and research mission.\" (Retrieved from https://www.thequilt.net/about-us/ on 08/14/2018)", "presented_at": "JET", "key_words": "access; address; attack; client; configuration; DDOS; DMZ; uRPF; host; interface; IP; management; mitigation; mode; network; packet; practices; property; route; security; segmentation; strategy; services; URPF; users" }, { "presentation_id": "PID-08-01-2018-001-01", "year": "2018", "pp_date": "8/1/2018", "title": "Education and Research Computing in DevOps", "author": "Gregor Von Laszewski; Fugang Wang; Allan Streib; Geoffrey Fox", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2/20/Education-Research-Computing-DevOps-Laszewski.pdf", "media_type": "pdf", "description": "Presentation given by Gregor Von Laszewski from Indiana University, at MAGIC monthly meeting, 08/1/2018. Presentation outline: \"DevOps: Why we use it and lessons learned. Featuring a DevOps project in support of NIST service abstractions.\"", "metadata_created": "8/7/2018", "metadata_modified": "8/7/2018", "topic": "DevOps; education; research", "comments": "Presentation given at MAGIC monthly meeting, 08/1/2018", "presented_at": "MAGIC", "key_words": "cloud; cluster; Computing; deployments; DevOps; experiment; management; Research; resources; software; systems; user" }, { "presentation_id": "PID-08-01-2018-002-01", "year": "2018", "pp_date": "8/1/2018", "title": "DevOps in ATLAS", "author": "Kaushik De", "file_url": "https://www.nitrd.gov/nitrdgroups/images/e/ee/DevOps-ATLAS-KaushikDe.pdf", "media_type": "pdf", "description": "Presentation given by Kaushik De from University of Texas at Arlington, at MAGIC monthly meeting, 08/1/2018. Presentation outline: \"DevOps: A natural solution to large data science; includes examples from HEP (ATLAS distributed computing applications for workload and data, optimizing code to run at NERSC and SLATE project to automate deployment and operation of distributed services).\"\n", "metadata_created": "8/7/2018", "metadata_modified": "8/7/2018", "topic": "DevOps; ATLAS", "comments": "Presentation given at MAGIC monthly meeting, 08/1/2018", "presented_at": "MAGIC", "key_words": "ATLAS; code; computing; data; development; DevOps; distributed; experiment; large; services; software; teams; working" }, { "presentation_id": "PID-08-01-2018-003-01", "year": "2018", "pp_date": "8/1/2018", "title": "What is DevOps", "author": "James Burke", "file_url": "https://www.nitrd.gov/nitrdgroups/images/4/41/DevOps-Burke.pdf", "media_type": "pdf", "description": "Presentation given by James Burke from Valiant Solutions, at MAGIC monthly meeting, 08/1/2018. Presentation outline: \"Introduction to DevOps and DevSecOps.\"", "metadata_created": "8/7/2018", "metadata_modified": "8/7/2018", "topic": "DevOps; DevSecOps", "comments": "Presentation given at MAGIC monthly meeting, 08/1/2018", "presented_at": "MAGIC", "key_words": "application; automated; code; development; DevOps; DevSecOps; environments; infrastructure; manage; reviews; security; server; sharing; skills" }, { "presentation_id": "PID-07-23-2018-001-01", "year": "2018", "pp_date": "7/23/2018", "title": "CSMAC Update", "author": "Larry Alder; Mark Gibson", "file_url": "https://www.nitrd.gov/nitrdgroups/images/e/ea/CSMAC-Update-Gibson-2018.pdf", "media_type": "pdf", "description": "Presentation given by Mark Gibson, CSMAC Co-Chair, at WSRD IWG monthly meeting, 07/23/2018. \"The Commerce Spectrum Management Advisory Committee (CSMAC) advises the Assistant Secretary for Communications and Information at NTIA on a broad range of spectrum policy issues. The members are spectrum policy experts, appointed as \"Special Government Employees,\" from outside the Federal government. Committee members offer expertise and perspective on reforms to enable new technologies and services, including reforms that expedite the American public's access to broadband services, public safety, and long-range spectrum planning. Members are selected based on their technical background and expertise as well as NTIA's commitment to ensure diversity and balance in points of view. Members serve in a personal capacity and do not represent any organization or interest. The Department of Commerce created the Committee in 2004.\" (Retrieved from https://www.ntia.doc.gov/category/csmac on 07/27/2018)", "metadata_created": "7/27/2018", "metadata_modified": "7/27/2018", "topic": "5G; band key characteristics; enforcement; spectrum efficiency", "comments": "Presentation given by Mark Gibson, CSMAC Co-Chair, at WSRD IWG monthly meeting, 07/23/2018.", "presented_at": "WSRD", "key_words": "band; characteristics; CSMAC; develop; efficiency; enforcement; federal; interference; key; NTIA; recommendation; sharing; spectrum; 5G" }, { "presentation_id": "PID-07-23-2018-002-01", "year": "2018", "pp_date": "7/23/2018", "title": "5G Roadmap", "author": "Sarah Yost", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2/29/5G-Roadmap-Yost-2018.pdf", "media_type": "pdf", "description": "Presentation given by Sarah Yost, National Instruments, at WSRD IWG monthly meeting, 07/23/2018. Presentation outline: \"3GPP Timeline; 3GPP On Fast Track to 5G Completion; Standards Status; 5G KPIs; R16 Trends – Feature Expansion; IIoT and other URLLC applications; 5G for non terrestrial; V2X Use Cases for LTE and NR; Access to Unlicensed Spectrum; Integrated Access & Backhaul; R16 Trends – Efficiency Improvements.\"", "metadata_created": "7/27/2018", "metadata_modified": "7/27/2018", "topic": "5G; standards", "comments": "Presentation given by Sarah Yost, National Instruments, at WSRD IWG monthly meeting, 07/23/2018.", "presented_at": "WSRD", "key_words": "access; band; enhancements; features; GHz; 3GPP; networking; NR-based; RAN; timing; unlicensed; work; 5G" }, { "presentation_id": "PID-07-23-2018-003-01", "year": "2018", "pp_date": "7/23/2018", "title": "FCC Technological Advisory Council: Overview / Update", "author": "Dennis Roberson", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2/20/FCC-Technological-Advisory-Council-Roberson.pdf", "media_type": "pdf", "description": "Presentation given by Dennis Roberson, Chair of the FCC-TAC, at WSRD IWG monthly meeting, 07/23/2018. \"The FCC’s Technological Advisory Council (TAC) provides technical advice to the FCC. The TAC is organized under the authority of the Federal Advisory Committee Act. The current TAC, which is the FCC’s 5th Technological Advisory Council, was formed on October 21, 2010. The TAC is comprised of a diverse array of leading experts that helps the FCC identify important areas of innovation and develop informed technology policies supporting America’s competitiveness and job creation in the global economy.\" (Retrieved from https://www.fcc.gov/general/technological-advisory-council on 07/27/2018)", "metadata_created": "7/27/2018", "metadata_modified": "7/27/2018", "topic": "5G; IoT; communications strategies; antenna technology", "comments": "Presentation given by Dennis Roberson, Chair of the FCC-TAC, at WSRD IWG monthly meeting, 07/23/2018.", "presented_at": "WSRD", "key_words": "antenna; broadband; data; development; device; drones; FCC; group; IoT; information; mobile; network; operators; recommendations; service; spectrum; technology; work; 5G" }, { "presentation_id": "PID-07-19-2018-001-01", "year": "2018", "pp_date": "7/19/2018", "title": "The Exascale Computing Project Software Stack", "author": "Michael A. Heroux", "file_url": "https://www.nitrd.gov/nitrdgroups/images/6/64/Exascale-Computing-Project-Heroux.pdf", "media_type": "pdf", "description": "Presentation given by Michael A. Heroux from Sandia National Laboratories, Director of Software Technology, Exascale Computing Project, at HEC IWG monthly meeting, 07/19/2018. \"The Exascale Computing Project (ECP) is a collaborative effort of two U.S. Department of Energy organizations – the Office of Science (DOE-SC) and the National Nuclear Security Administration (NNSA). ECP is chartered with accelerating delivery of a capable exascale computing ecosystem to provide breakthrough modeling and simulation solutions to address the most critical challenges in scientific discovery, energy assurance, economic competitiveness, and national security. This role goes far beyond the limited scope of a physical computing system. ECP’s work encompasses the development of an entire exascale ecosystem: applications, system software, hardware technologies and architectures, along with critical workforce development\" (Retrieved from exascaleproject.org on 07/25/2018).", "metadata_created": "7/25/2018", "metadata_modified": "7/25/2018", "topic": "Exascale Computing", "comments": "Presentation given at HEC IWG monthly meeting, 07/19/2018", "presented_at": "HEC", "key_words": "application; community; computing; data; development; ECP; exascale; key; libraries; management; models; package; products; project; SDK; software; system; technology" }, { "presentation_id": "PID-07-11-2018-001-01", "year": "2018", "pp_date": "7/11/2018", "title": "Leveraging Containerization for DevOps with Sandia's HPC Workloads", "author": "Andrew J. Younge", "file_url": "https://www.nitrd.gov/nitrdgroups/images/c/cb/Container-devops-snl-07112018.pdf", "media_type": "pdf", "description": "Presentation given by Andrew J. Younge from Sandia National Laboratories, U.S. Department of Energy, National Nuclear Security Administration at MAGIC monthly meeting, 07/11/2018. Presentation outline: \"The impact of containers on DevOps in the context of HPC application development and deployment: Containers to help with DevOps; Containers to aid in emerging HPC workloads...\"", "metadata_created": "7/11/2018", "metadata_modified": "8/7/2018", "topic": "containerization; DevOps; HPC", "comments": "Presentation given at MAGIC monthly meeting, 07/11/2018", "presented_at": "MAGIC", "key_words": "container; cray; developers; Docker; HPC; image; leverage; networking; Singularity; software; supercomputers; support; systems; trilinos" }, { "presentation_id": "PID-07-11-2018-002-01", "year": "2018", "pp_date": "7/11/2018", "title": "Enterprise to Cloud: A DevOps Journey", "author": "Marshall Lamb", "file_url": "https://www.nitrd.gov/nitrdgroups/images/6/67/Enterprise-devops-journey-07112018.pdf", "media_type": "pdf", "description": "Presentation given by Marshall Lamb from IBM at MAGIC monthly meeting, 07/11/2018. Presentation outline: \"IBM’s transformation into a \"cloud first business\": in 2013, as IBM embarked upon transforming itself to a \"cloud first\" business, it conducted an industry study on what was being done regarding DevOps. Its DevOps journey entailed the following: 1) Elevating the status of operations engineer as a discipline in the DevOps world. 2) Characterizing DevOps as a practice and way of doing things; not an organizational construct, which perpetuates notion that someone else is responsible. DevOps encapsulates the entire organization in which everyone has a role. 3) Aligning development and operations under a central operations leadership team, with the entire development organization owning the operational discipline to ensure proper delivery...\"", "metadata_created": "7/11/2018", "metadata_modified": "8/7/2018", "topic": "DevOps; Cloud", "comments": "Presentation given at MAGIC monthly meeting, 07/11/2018", "presented_at": "MAGIC", "key_words": "cloud; code; cost; development; DevOps; Engineer; enterprise; measured; operations; servers; team; technology" }, { "presentation_id": "PID-07-11-2018-003-01", "year": "2018", "pp_date": "7/11/2018", "title": "DevOps", "author": "Nitin Madhok", "file_url": "https://www.nitrd.gov/nitrdgroups/images/b/bf/DevOps-Madhok-07112018.pdf", "media_type": "pdf", "description": "Presentation given by Nitin Madhok from Clemson University at MAGIC monthly meeting, 07/11/2018. Presentation outline: \"DevOps is a set of practices intended to reduce the time between committing a change to a system and the change being placed into normal production, while ensuring high quality (Bass, Weber, and Zhu). DevOps: definitions, goals and challenges…\"", "metadata_created": "7/11/2018", "metadata_modified": "8/7/2018", "topic": "DevOps; systems", "comments": "Presentation given at MAGIC monthly meeting, 07/11/2018", "presented_at": "MAGIC", "key_words": "Continuous; culture; development; DevOps; Ops; systems; tools" }, { "presentation_id": "PID-06-28-2018-0001-01", "year": "2018", "pp_date": "6/28/2018", "title": "NCI Cancer Research Data Commons", "author": "Allen Dearry", "file_url": "https://www.nitrd.gov/nitrdgroups/images/6/68/NCI-Cancer-Research-Data-Commons-Allen-Dearry.pdf", "media_type": "pdf", "description": "Presentation given by Allen Dearry, Program Director, NIH, on the National Cancer Institute (NCI) Cancer Research Data Commons, at Big Data IWG meeting on 06/28/2018. Presentation outline: \"National Cancer Data Ecosystem; NCI Cancer Research Data Commons; Data Linkages: Cancer Data Aggregator, Encrypted Unique Patient Identifier; Collaboration/coordination: Partnerships, Office of Data Sharing.\"", "metadata_created": "7/3/2018", "metadata_modified": "7/3/2018", "topic": "big data; research; data; commons; ecosystem", "comments": "Presentation given by Allen Dearry at Big Data IWG meeting, 06/28/2018.", "presented_at": "Big Data", "key_words": "cancer; commons; computational; coordination; data; Ecosystem; Genomics; Imaging; National; NCI; Office; patient; research; sharing; tools" }, { "presentation_id": "PID-06-28-2018-0001-02", "year": "2018", "pp_date": "6/28/2018", "title": "NCI Cancer Research Data Commons (video)", "author": "Allen Dearry", "file_url": "https://youtu.be/D4XjcAyCcnQ", "media_type": "video", "description": "Presentation given by Allen Dearry, Program Director, NIH, on the National Cancer Institute (NCI) Cancer Research Data Commons, at Big Data IWG meeting on 06/28/2018. Presentation outline: \"National Cancer Data Ecosystem; NCI Cancer Research Data Commons; Data Linkages: Cancer Data Aggregator, Encrypted Unique Patient Identifier; Collaboration/coordination: Partnerships, Office of Data Sharing.\"", "metadata_created": "7/10/2018", "metadata_modified": "7/10/2018", "topic": "big data; research; data; commons; ecosystem", "comments": "Presentation given by Allen Dearry at Big Data IWG meeting, 06/28/2018.", "presented_at": "Big Data", "key_words": "cancer; commons; computational; coordination; data; Ecosystem; Genomics; Imaging; National; NCI; Office; patient; research; sharing; tools" }, { "presentation_id": "PID-06-01-2018-001-01", "year": "2018", "pp_date": "6/1/2018", "title": "Moving bureaucracies toward modern cloud practices", "author": "Will Slack; Peter Burkholder", "file_url": "https://www.nitrd.gov/nitrdgroups/images/1/1c/Federalist-Slack-Burkholder.pdf", "media_type": "pdf", "description": "Presentation given by Will Slack and Peter Burkholder from GSA/18F at FASTER CoP meeting, 06/01/2018. Presentation outline: \"Across the government, different groups are identifying technologies, policies and acquisition strategies that clear away barriers and help agencies begin to realize the full benefits of cloud. Too often, cloud adoption recreates physical datacenters, and doesn’t realize the cloud benefits of experimentation, iteration, rapid release and disposability, while increasing security and compliance through automation. Will and Peter discuss the range of cloud needs across agencies, successful agile cloud migration strategies applied, how 18F has helped another agency move to biweekly releases (while saving 1.5% of their total budget), how Federalist has saved over $10 million/year in compliance costs alone while helping agencies experiment with cloud hosting, and where they see these efforts moving over the next year.\"", "metadata_created": "6/4/2018", "metadata_modified": "6/4/2018", "topic": "cloud; cloud computing", "comments": "Presentation given at FASTER CoP meeting, 06/01/2018", "presented_at": "FASTER", "key_words": "agencies; application; authorization; cloud; code; control; customer; federalist; government; hosting; manage; operations; platform; security; service; sites; strategies; suggest; system; team; test; updates; vendors; work" }, { "presentation_id": "PID-06-01-2018-001-02", "year": "2018", "pp_date": "6/1/2018", "title": "Moving bureaucracies toward modern cloud practices (video)", "author": "Will Slack; Peter Burkholder", "file_url": "https://youtu.be/f_khAqdZOTg", "media_type": "video", "description": "Presentation given by Will Slack and Peter Burkholder from GSA/18F at FASTER CoP meeting, 06/01/2018. Presentation outline: \"Across the government, different groups are identifying technologies, policies and acquisition strategies that clear away barriers and help agencies begin to realize the full benefits of cloud. Too often, cloud adoption recreates physical datacenters, and doesn’t realize the cloud benefits of experimentation, iteration, rapid release and disposability, while increasing security and compliance through automation. Will and Peter discuss the range of cloud needs across agencies, successful agile cloud migration strategies applied, how 18F has helped another agency move to biweekly releases (while saving 1.5% of their total budget), how Federalist has saved over $10 million/year in compliance costs alone while helping agencies experiment with cloud hosting, and where they see these efforts moving over the next year.\"", "metadata_created": "6/4/2018", "metadata_modified": "6/4/2018", "topic": "cloud; cloud computing", "comments": "Presentation given at FASTER CoP meeting, 06/01/2018", "presented_at": "FASTER", "key_words": "agencies; application; authorization; cloud; code; control; customer; federalist; government; hosting; manage; operations; platform; security; service; sites; strategies; suggest; system; team; test; updates; vendors; work" }, { "presentation_id": "PID-05-09-2018-001-01", "year": "2018", "pp_date": "5/9/2018", "title": "GOREX - Guam Open Research & Education eXchange", "author": "Rommel Hidalgo", "file_url": "https://www.nitrd.gov/nitrdgroups/images/5/5a/GOREX-Hidalgo.pdf", "media_type": "pdf", "description": "Presentation given by Rommel Hidalgo at the JET meeting, 05/09/2018. Presentation outline: \"Description of the Guam Open Research & Education eXchange (GOREX), its current status and future plans . About GOREX: The Guam Open Research and Education eXchange (\"GOREX\") leverages the strategic geographic location of Guam and the major new fiber optic systems landing there by establishing an open R&E exchange to inter-connect the existing, funded and planned high capacity R&E trans-Pacific circuits in a planned manner. Specific purposes are to improve Pacific-wide transport diversity and resilience in support of global R&E networks and facilitate greater access to global R&E networks by Pacific Island nations and communities, including Guam itself, by leveraging the multiple regional fiber systems that terminate on Guam. The overarching goal is to promote increased growth and effectiveness of data-intensive and highly collaborative research and education activities engaging the Asia-Pacific region with the global R&E community. Read more https://gorex.uog.edu/ \"", "metadata_created": "6/12/2018", "metadata_modified": "6/12/2018", "topic": "research; education; networks; networking; exchange points", "comments": "Presentation given at JET meeting, 05/09/2018", "presented_at": "JET", "key_words": "AARNet; collaborators; community; connections; development; global; equipment; facilities; fiber; global; GOREX; Guam; Hawaii; infrastructure; institute; international; Internet2; national; networks; NSRC; Pacific; participants; path; PIREN; regional; systems; UH; University; " }, { "presentation_id": "PID-04-04-2018-001-01", "year": "2018", "pp_date": "4/4/2018", "title": "Containers on OSG", "author": "Frank Würthwein", "file_url": "https://www.nitrd.gov/nitrdgroups/images/7/78/OSG_Containers_04042018.pdf", "media_type": "pdf", "description": "Presentation given by Frank Würthwein at MAGIC monthly meeting, 04/04/2018. Presentation outline: \"OSG integrates computing across different resource types and business models, empowering researchers to use compute and data resources across institutional boundaries both nationally and internationally. The presentation covers OSG's purpose, functionalities and examples of containers used on the OSG (singularity containers, GPU access, machine learning) function.\"", "metadata_created": "4/6/2018", "metadata_modified": "4/6/2018", "topic": "containerization; virtualization", "comments": "Presentation given at MAGIC monthly meeting, 04/04/2018.", "presented_at": "MAGIC", "key_words": "batch; cluster; complexity; computing; containers; data; different; empower; gpu; institutions; integrates; nationally; OSG; research; resources; runs; science; singularity; users" }, { "presentation_id": "PID-04-04-2018-002-01", "year": "2018", "pp_date": "4/4/2018", "title": "Moving CMS to a Container-based Infrastructure", "author": "Brian Bockelman", "file_url": "https://www.nitrd.gov/nitrdgroups/images/c/c6/CMS_Containers_04042018.pdf", "media_type": "pdf", "description": "Presentation given by Brian Bockelman at MAGIC monthly meeting, 04/04/2018. Presentation outline: \"The CMS experiment: software support needs, challenges (portable environments, isolated execution) and limitations of domain-specific soltuion (CVMFS) for portable applications. The presentation also covers the challenges and lessons learned from transitioning to Singularity as a solution, along with looking to future computing challenges.\"", "metadata_created": "4/6/2018", "metadata_modified": "4/6/2018", "topic": "containerization; virtualization", "comments": "Presentation given at MAGIC monthly meeting, 04/04/2018.", "presented_at": "MAGIC", "key_words": "batch; challenges; CMS; community; computing; container; CVMFS; data; distribution; environment; events; filesystem; job; node; payload; pilot; portable; process; resources; singularity; site; software; system; user; worker" }, { "presentation_id": "PID-04-04-2018-003-01", "year": "2018", "pp_date": "4/4/2018", "title": "OpenStack and Container Integrations", "author": "Chris Hoge", "file_url": "https://www.nitrd.gov/nitrdgroups/images/d/dd/OpenStack-containers-04042018.pdf", "media_type": "pdf", "description": "Presentation given by Chris Hoge at MAGIC monthly meeting, 04/04/2018. Presentation outline: \"The Open Source Application Stack supports delivery applications, from bare metal , to managing infrastructure with different deployment technologies for OpenStack, and delivering applications on Openstack with K8s and Docker. OpenStack projects include those based on LXC with Ansible, Docker with Ansible and Kubernetes and Helm.\"", "metadata_created": "4/6/2018", "metadata_modified": "4/6/2018", "topic": "containerization; virtualization", "comments": "Presentation given at MAGIC monthly meeting, 04/04/2018.", "presented_at": "MAGIC", "key_words": "Ansible; application; bare; Chameleon; cloud; clusters; computing; containers; deploying; Docker; github; hosted; infrastructure; INSTALLERS; Ironic; kolla; kubernetes; management; metal; openstack; project; provide; support" }, { "presentation_id": "PID-04-04-2018-004-01", "year": "2018", "pp_date": "4/4/2018", "title": "Singularity: DOE LCF HPC container usage", "author": "Adam Simpson; Derek Jenson; Jared Punzel", "file_url": "https://www.nitrd.gov/nitrdgroups/images/f/f1/LCF_Singularity_04042018.pdf", "media_type": "pdf", "description": "Presentation given by Adam Simpson at MAGIC monthly meeting, 04/04/2018. Presentation outline: \"Containers empower users to get better control over software stack and manage software installation. In selecting Singularity, considerations included portability, interoperability with Docker, system-specific characteristics and general issues.\"", "metadata_created": "4/6/2018", "metadata_modified": "4/9/2018", "topic": "containerization; virtualization", "comments": "Presentation given at MAGIC monthly meeting, 04/04/2018.", "presented_at": "MAGIC", "key_words": "architectures; arm; builds; containers; diverse; Docker; easy; file; install; kernel; ppc; running; Single; singularity; software; stacks; Titan; work" }, { "presentation_id": "PID-03-22-2018-0001-01", "year": "2018", "pp_date": "3/22/2018", "title": "Framework for Improving Critical Infrastructure Cybersecurity", "author": "Matthew Barrett", "file_url": "https://www.nitrd.gov/nitrdgroups/images/6/66/Cybersecurity_Framework_03222018.pdf", "media_type": "pdf", "description": "Presentation given by Matthew Barrett, NIST Program Manager, Applied Cybersecurity Division, Information Technology Laboratory (ITL), at FASTER meeting on 03/22/2018. Presentation outline: \"With increasing reliance on technology, businesses are increasingly transitioning from trust to digital trust models. This transition has been hindered by the lack of a common language for understanding, managing, and expressing cybersecurity risk inside and outside of organizations. The Framework for Improving Critical Infrastructure Cybersecurity (\"The Framework\") was published in February 2014 to provide a common cybersecurity risk management language, as well as a common approach. The Framework can be used to help identify and prioritize actions for reducing cybersecurity risk, and is a tool for aligning policy, business, and technological approaches to managing that risk\". \n", "metadata_created": "4/3/2018", "metadata_modified": "4/3/2018", "topic": "cybersecurity; critical infrastructure", "comments": "Presentation given by Matthew Barrett at FASTER meeting, 03/22/2018. ", "presented_at": "FASTER", "key_words": "alignment; critical; cybersecurity; draft; element; federal; framework; implementation; improving; information; infrastructure; management; process; profile; publication; references; requirements; resources; risk; security; supports; technology" }, { "presentation_id": "PID-03-22-2018-0001-02", "year": "2018", "pp_date": "3/22/2018", "title": "Framework for Improving Critical Infrastructure Cybersecurity (video)", "author": "Matthew Barrett", "file_url": "https://youtu.be/dFXNzPxXU6A", "media_type": "video", "description": "Presentation given by Matthew Barrett, NIST Program Manager, Applied Cybersecurity Division, Information Technology Laboratory (ITL), at FASTER meeting on 03/22/2018. Presentation outline: \"With increasing reliance on technology, businesses are increasingly transitioning from trust to digital trust models. This transition has been hindered by the lack of a common language for understanding, managing, and expressing cybersecurity risk inside and outside of organizations. The Framework for Improving Critical Infrastructure Cybersecurity (\"The Framework\") was published in February 2014 to provide a common cybersecurity risk management language, as well as a common approach. The Framework can be used to help identify and prioritize actions for reducing cybersecurity risk, and is a tool for aligning policy, business, and technological approaches to managing that risk\". \n", "metadata_created": "4/3/2018", "metadata_modified": "4/3/2018", "topic": "cybersecurity; critical infrastructure", "comments": "Presentation given by Matthew Barrett at FASTER meeting, 03/22/2018. ", "presented_at": "FASTER", "key_words": "alignment; critical; cybersecurity; draft; element; federal; framework; implementation; improving; information; infrastructure; management; process; profile; publication; references; requirements; resources; risk; security; supports; technology" }, { "presentation_id": "PID-03-20-2018-0001-01", "year": "2018", "pp_date": "3/20/2018", "title": "ESnet6 Project update", "author": "Patty Giuntoli", "file_url": "https://www.nitrd.gov/nitrdgroups/images/4/44/ESnet6_Giuntoli.pdf", "media_type": "pdf", "description": "Presentation given by Patty Giuntoli at JET monthly meeting, 03/20/2018. Presentation outline: \"ESnet5 has provided unique capabilities, optimized for science, since 2011. Now, ESnet5 infrastructure is nearing end-of-life and capacity demands continue to increase, driving the need for a new network: ESnet6...\"\n", "metadata_created": "3/19/2018", "metadata_modified": "3/19/2018", "topic": "software defined networking; networks; networking", "comments": "Presentation given by Patty Giuntoli at JET monthly meeting, 03/20/2018.", "presented_at": "JET", "key_words": "access; automation; capabilities; component; compute; control; core; data; edge; esnet; flexible; functions; management; measurement; monitoring; network; optical; orchestration; plane; programmable; router; services; switch; system\n" }, { "presentation_id": "PID-03-20-2018-0002-01", "year": "2018", "pp_date": "3/20/2018", "title": "Next-gen R&E Ecosystem Infrastructure: Planning and Experimentation", "author": "John Moore", "file_url": "https://www.nitrd.gov/nitrdgroups/images/4/4a/Ecosystem_Infrastructure_JohnMoore.pdf", "media_type": "pdf", "description": "Presentation given by John Moore at JET monthly meeting, 03/20/2018. Presentation outline: \"100G Nationwide Network: secure, stable and trusted network for R&E; Regional network connections – touch points for collaboration; Research and Education Network Ecosystem; Guiding principles; Community Experimentation: Goals; Experiment: Distributed HPC across campuses; Experiment: Optimized Cloud Access; Experiment: Core Technology Evaluation; Edge Workshop; Infrastructure Sharing\". \n", "metadata_created": "3/20/2018", "metadata_modified": "3/20/2018", "topic": "research; education; networked systems", "comments": "Presentation given by John Moore at JET monthly meeting, 03/20/2018.", "presented_at": "JET", "key_words": "business; campus; community; connections; develop; ecosystem-wide; edge; experiment; infrastructure; internet; issues; model; network; operational; planning; process; program; regional; research; service; sharing; status; target; technology" }, { "presentation_id": "PID-03-07-2018-001-01", "year": "2018", "pp_date": "3/7/2018", "title": "Container technology for HEPCloud", "author": "Panagiotis Spentzouris; Burt Holzman; Anthony Tiradani", "file_url": "https://www.nitrd.gov/nitrdgroups/images/9/93/HEPCloud_Spentzouris.pdf", "media_type": "pdf", "description": "Presentation given by Panagiotis Spentzouris at MAGIC monthly meeting, 03/07/2018. \"Particle physics requires copious computing resources to extract physics results. Such resources are delivered by various systems: local batch farms, grid sites, private and commercial clouds, and supercomputing centers. Historically, expert knowledge was required to access and concurrently use all these resources efficiently. Fermilab is pursuing a new paradigm in particle physics computing through a single managed portal (“HEPCloud”) that will allow more scientists, experiments, and projects to use more resources to extract more science, without the need for expert knowledge. HEPCloud will provide cost-effective access by optimizing usage across all available types of computing resources and will elastically expand the resource pool on short notice (e.g. by renting temporary resources on commercial clouds). This new elasticity, together with the transparent accessibility of resources, will change the way experiments use computing resources to produce physics results. The CMS collaboration was amongst the first users of HEPCloud. CMS was able to increase its resources by 13 thousand cores (approximately 1/3 of CMS’s world-wide available resources) by using Amazon Web Services cloud resources through HEPCloud for about one month. This enabled CMS to deliver more physics results for the Moriond conferences in Spring 2016 than were planned with non-HEPCloud resources\" (2016 Fermilab Strategic Plan).", "metadata_created": "3/12/2018", "metadata_modified": "3/12/2018", "topic": "particle physics; computing; cloud computing; containerization", "comments": "Presentation given by Panagiotis Spentzouris at MAGIC monthly meeting, 03/07/2018.", "presented_at": "MAGIC", "key_words": "AWS; computing; different; distribution; environment; experiments; Fermilab; HEPCloud; NERSC; provisioning; resource; resources; service; services; software; support; technologies; user" }, { "presentation_id": "PID-03-07-2018-002-01", "year": "2018", "pp_date": "3/7/2018", "title": "Common Workflow Language", "author": "Michael Crusoe", "file_url": "https://www.nitrd.gov/nitrdgroups/images/a/a0/Common_Workflow_Language.pdf", "media_type": "pdf", "description": "Presentation given by Michael Crusoe at MAGIC monthly meeting, 03/07/2018. Presentation outline: \"Common Workflow Language v1.0; Why have a standard? Existing computational research workflow systems; EBI's metagenomics workflow scripts -> CWL; EBI's metagenomics -> CWL project; The LOFAR pre-facet calibration pipeline; Searching for Pulsars with PRESTO (& CWL); ELIXIR: European infrastructure for biological information; …to (astro)physics and beyond; The CWL model; Well described workflows -> Save time, money; Data locality with CWL; Community Based Standards development; Why use the Common Workflow Language? Rabix Composer: an Open Source GUI for CWL; Software Containers & CWL; Recent developments; Key Points; Example: samtools-sort.cwl; Example: grep & count; Use Cases for the CWL standards; Linked Data & CWL; CWL Design principles; ResearchObject.org standard overview.\"", "metadata_created": "3/12/2018", "metadata_modified": "3/12/2018", "topic": "common workflow language", "comments": "Presentation given by Michael Crusoe at MAGIC monthly meeting, 03/07/2018. ", "presented_at": "MAGIC", "key_words": "bioinformatics; computational; data; file; format; language; pipeline; research; software; standards; systems; workflow; " }, { "presentation_id": "PID-03-07-2018-003-01", "year": "2018", "pp_date": "3/7/2018", "title": "Containing BayesWave: Deploying LIGO analyses on the OSG", "author": "James Clark", "file_url": "https://www.nitrd.gov/nitrdgroups/images/5/59/Containing_BayesWave.pdf", "media_type": "pdf", "description": "Presentation given by James Clark at MAGIC monthly meeting, 03/07/2018. Presentation summary: \"Gravitational wave astronomy is here & increasingly resource hungry as sensitivity improves. LIGO production analyses historically served by dedicated resources managed by full-time LIGO personnel: standard software stacks & local data. Desire to exploit shared/allocated/opportunistic resources motivates containerized solutions. Distributed LIGO analyses spearheaded by pycbc search for binary mergers. Relatively new developments: seamless deployment to traditional & non-traditional resources. Containerisation & CI deployment to CVMFS will be a game-changer. BayesWave containers & OSG: potential expansion from expensive follow-up to full-blown search; experience now informing other, similarly expensive Bayesian inference algorithms.\" ", "metadata_created": "3/12/2018", "metadata_modified": "3/12/2018", "topic": "astronomy; computing; containerization; scientific computing", "comments": "Presentation given by James Clark at MAGIC monthly meeting, 03/07/2018. ", "presented_at": "MAGIC", "key_words": "bayeswave; build; clusters; compute; containers; data; docker; gravitational; grid; LIGO; path; postprocess; python; resources; script; shared; software; test; wave" }, { "presentation_id": "PID-03-07-2018-004-01", "year": "2018", "pp_date": "3/7/2018", "title": "Containers at US ATLAS", "author": "Wei Yang", "file_url": "https://www.nitrd.gov/nitrdgroups/images/e/e1/US_ATLAS_Containers.pdf", "media_type": "pdf", "description": "Presentation given by Wei Yang at MAGIC monthly meeting, 03/07/2018. Presentation outline: \"ATLAS Computing Model; New approach on Grid middleware deployment; Containers for scientific computing at Grid sites; Containers on HPCs.\"", "metadata_created": "3/12/2018", "metadata_modified": "3/12/2018", "topic": "containerization; computing; grid; scientific computing", "comments": "Presentation given by Wei Yang at MAGIC monthly meeting, 03/07/2018. ", "presented_at": "MAGIC", "key_words": "ATLAS; batch; computing; container; CVMFS; docker; environment; fat; file; filesystem; grid; HPC; image; IO; job; laboratory; nodes; services; shared; single; singularity; sites; software; titan" }, { "presentation_id": "PID-03-07-2018-005-01", "year": "2018", "pp_date": "3/7/2018", "title": "Synchrotrons and Supercomputers", "author": "Dula Parkinson", "file_url": "https://www.nitrd.gov/nitrdgroups/images/b/b8/Synchrotrons_Supercomputers.pdf", "media_type": "pdf", "description": "Presentation given by Dula Parkinson at MAGIC monthly meeting, 03/07/2018. Presentation outline: \"X-rays have unique capabilities; Department Department of Energy Light Sources; \"Beamlines\"; User stats; Huge variety of experiments; computing beyond beanline; distributed computing/virtualization needs; Superfacility for User Science; SPOT Suite Data Demo; Xi -CAM Analysis Interface.\"", "metadata_created": "3/12/2018", "metadata_modified": "3/12/2018", "topic": "supercomputing; containerization; computing", "comments": "Presentation given by Dula Parkinson at MAGIC monthly meeting, 03/07/2018. ", "presented_at": "MAGIC", "key_words": "beam; beamline; computing; data; deploy; job; launch; light; NERSC; scattering; source; spot; transfer; user" }, { "presentation_id": "PID-03-07-2018-006-01", "year": "2018", "pp_date": "3/7/2018", "title": "The Magic of Dreams", "author": "Luca Cinquini", "file_url": "https://www.nitrd.gov/nitrdgroups/images/9/9b/MAGIC_Of_Dreams.pdf", "media_type": "pdf", "description": "Presentation given by Luca Cinquini at MAGIC monthly meeting, 03/07/2018. Presentation outline: \"Earth System Grid Federation (ESGF) Overview; Current and Future Data Holdings; Software Stack; Some Problems with current ESGF System; DREAM: Distributed Resources for the ESGF Advanced Management; Containerization Technologies; ESGF/Docker Architecture w/ Swarm; Advantages of Micro-Services Architecture; Lessons Learned; Best Practices.\"", "metadata_created": "3/12/2018", "metadata_modified": "3/12/2018", "topic": "containerization; micro-services", "comments": "Presentation given by Luca Cinquini at MAGIC monthly meeting, 03/07/2018. ", "presented_at": "MAGIC", "key_words": "access; applications; architecture; climate; containers; dashboard; data; deployed; docker; ESGF; hosts; installation; institute; kubernetes; model; node; persistent; postgres; provider; server; services; solr; technology; tomcat; user" }, { "presentation_id": "PID-02-07-2018-0001-01", "year": "2018", "pp_date": "2/7/2018", "title": "Singularity Containers", "author": "David Godlove", "file_url": "https://www.nitrd.gov/nitrdgroups/images/d/d2/SingularityContainers_DGodlove.pdf", "media_type": "pdf", "description": "Presentation given by David Godlove at MAGIC monthly meeting, 02/07/2018. Presentation outline: \"Singularity Containers Containers for HPC, analytics, machine learning, reproducible and trusted computing\". ", "metadata_created": "3/1/2018", "metadata_modified": "3/1/2018", "topic": "singularity; containerization; high performance computing", "comments": "Presented at MAGIC meeting on February 7, 2018", "presented_at": "MAGIC", "key_words": "compatible; computing; containers; data; descriptors; file; format; hpc; image; io; model; object; python; reproducibility; security; singularity; support; sylabs; trusted; untrusted; users" }, { "presentation_id": "PID-02-07-2018-0002-01", "year": "2018", "pp_date": "2/7/2018", "title": "NERSC Spin Project Overview", "author": "Cory Snavely", "file_url": "https://www.nitrd.gov/nitrdgroups/images/a/a6/NERSCSpinProject_Snavely.pdf", "media_type": "pdf", "description": "Presentation given by Cory Snavely at MAGIC monthly meeting, 02/07/2018. Presentation outline: \"National Energy Research Scientific Computing Center (NERSC). Spin is a system to build and deploy science gateways, workflow managers, databases, and other \"edge services\" using Docker containers\". ", "metadata_created": "3/1/2018", "metadata_modified": "3/1/2018", "topic": "containerization; edge services", "comments": "Presented at MAGIC meeting on February 7, 2018", "presented_at": "MAGIC", "key_words": "app; database; global; mysql; replica; server; services; science gateway; spin" }, { "presentation_id": "PID-02-07-2018-0003-01", "year": "2018", "pp_date": "2/7/2018", "title": "Strategic Overview of Docker in Fifteen Minutes", "author": "Douglas Thain", "file_url": "https://www.nitrd.gov/nitrdgroups/images/c/ca/Docker_DThain_02072018.pdf", "media_type": "pdf", "description": "Presentation given by Prof. Douglas Thain, University of Notre Dame, at MAGIC monthly meeting, 02/07/2018. Presentation outline: \"Docker popularized the idea of containers as a means for distributing software, performing resource management and providing applications for private, customized environments. Dockerfile produces an image to create a container, which can be moved around and provisioned at new sites...\"", "metadata_created": "4/17/2018", "metadata_modified": "4/17/2018", "topic": "containerization; virtualization", "comments": "Presentation given at MAGIC monthly meeting, 02/07/2018.", "presented_at": "MAGIC", "key_words": "application; build; container; create; data; database; docker; filesystem; image; kernel; layer; memcached; manager; pull; scratch; service; state; store; system; webserver; worker" }, { "presentation_id": "PID-02-07-2018-004-01", "year": "2018", "pp_date": "2/7/2018", "title": "Kubernetes Overview", "author": "Rick Wagner", "file_url": "https://www.nitrd.gov/nitrdgroups/images/b/b1/Kubernetes_Wagner.pdf", "media_type": "pdf", "description": "Presentation given by Rick Wagner, Professional Services Manager, Globus, at MAGIC monthly meeting, 02/07/2018. Presentation outline: \"Open-source platform designed to automate deploying, scaling, and operating application containers Sea change: currently in production/preview as a managed service on Amazon, Google, and Azure...\"", "metadata_created": "4/30/2018", "metadata_modified": "4/30/2018", "topic": "containerization; virtualization", "comments": "Presentation given at MAGIC monthly meeting, 02/07/2018.", "presented_at": "MAGIC", "key_words": "amazon; application; azure; cloud; containers; controller; ephemeral; google; infrastructure; kubernetes; node; platform; pods; replication; research; service" }, { "presentation_id": "PID-02-01-2018-0001-01", "year": "2018", "pp_date": "2/1/2018", "title": "The Bugs Framework (BF) - A Structured Approach to Express Bugs", "author": "Irena Bojanova; Paul E. Black", "file_url": "https://www.nitrd.gov/nitrdgroups/images/e/e2/BugsFramework_Bojanova.pdf", "media_type": "pdf", "description": "Presentation given by Dr. Irena Bojanova, NIST, at SPSQ monthly meeting on 02/01/2018. Presentation abstract: \"The Bugs Framework (BF) provides accurate, precise, and unambiguous definitions of software weaknesses (bugs) and a language-independent taxonomy that allows clear descriptions of software vulnerabilities. It organizes bugs into distinct classes. The taxonomy of each BF class comprises: level, causes, attributes, consequences, and sites of bugs. Level (high or low) identifies the fault as language-related or semantic. Causes bring about the fault. At least one attribute identifies the software fault, while the rest may be simply descriptive. It is useful to catalog possible consequences of faults. Sites are locations in code (identifiable mainly for low level classes) where the bug might occur under circumstances indicated by the causes. The following BF classes have developed: Buffer Overflow (BOF), Injection (INJ), Control of Interaction Frequency Bugs (CIF), Encryption Bugs (ENC), Verification Bugs (VRF), Key Management Bugs (KMN), Faulty Result (FRS), Random Number Generation Bugs (RND), and Pseudo-Random Number Generation Bugs (PRN). As BF covers more classes, existing taxonomies, like CWE, can start explaining their current entries with concise forms of our descriptions. Details on developed BF classes and examples of application are provided at https://samate.nist.gov/BF/ .\" ", "metadata_created": "2/13/2018", "metadata_modified": "2/13/2018", "topic": "software; bugs framework", "comments": "", "presented_at": "SPSQ", "key_words": "access; attributes; buffer; bugs; consequences; data; encryption; enumeration; exposures; fault; framework; key; location; management; memory; operations; overflow; patterns; read; related; rsa; software; used; vulnerabilities; weakness" }, { "presentation_id": "PID-01-16-2018-0001-01", "year": "2018", "pp_date": "1/16/2018", "title": "Enterprise Infrastructure Solutions (EIS) Briefing to the JET\n", "author": "Jeff Smith", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2/2d/EIS_GSA_Jeff_Smith_01162018.pdf", "media_type": "pdf", "description": "Presentation given by Jeff Smith at JET monthly meeting, 01/16/2018. Presentation outline: \"Enterprise Infrastructure Solutions (EIS) Overview; EIS Contract Status; Service Offerings (JET Members Interests); Managed Services; Network, Security, MTIPS; Optical Wavelength Service; Dark Fiber Service; Ethernet Transport Service; Virtual Private Network Service; GSA Tools and Support.\"", "metadata_created": "1/16/2017", "metadata_modified": "1/16/2017", "topic": "enterprise; infrastructure; network; security; services", "comments": "", "presented_at": "JET", "key_words": "access; agency; center; cloud; contract; data; descriptions; eis; ethernet; fiber; gsa; high-level; infrastructure; managed; network; optical; private; provides; security; service; support; systems; transport; wavelength" }, { "presentation_id": "PID-12-06-2017-0001-01", "year": "2017", "pp_date": "12/6/2017", "title": "Can We Improve Security and Preserve Privacy?", "author": "Joshua Baron; Jeremy Epstein; Steven King; Scott Tousley; Tomas Vagoun", "file_url": "https://www.nitrd.gov/nitrdgroups/images/5/5c/ACSAC2017_NITRDPanel.pdf", "media_type": "pdf", "description": "In December 2017, members of the Cyber Security and Information Assurance Interagency Working Group presented Big Data for Security - Can We Improve Security and Preserve Privacy? at the annual Computer Security Applications Conference. Abstract: \"The use of big data analytics for monitoring and detecting malicious activities within enterprise networks and systems is increasingly becoming a key element in achieving cyber resilience. The core of this approach relies on the ability to identify changing use patterns, execute complex analysis in near real time, perform correlations across a variety of data sources, and interpret results in the context of a risk model and external threat intelligence. This is possible now due to the commoditization of the storage, computing hardware, and analytical frameworks capable of collecting, storing, and analyzing massive amounts of unstructured data in real time. The improvements in security and cyber resilience are convincing and the scale and reach of such techniques continues to grow. However, these improvements come with a price - the users' privacy is often at risk. Ensuring conformance to privacy norms, terms, and regulations is highly constrained in current big data analytics practices. In fact, current best practices for minimizing privacy risks continue to rely on the Fair Information Practice Principles, which exhort, for example, to minimize data collections and data use, to provide for individual participation and consent, and to be transparent about the data collection and processing activities that may put an individual's privacy at risk. What is clear though, is that the opportunity of making substantial improvements in security by utilizing big data analytics will be significantly abridged unless we can find ways to reduce and minimize negative effects on people’s privacy. Are the tensions between technological and social objectives irreconcilable or can both objectives be satisfied simultaneously? The panel, consisting of program managers overseeing Federal Government’s cybersecurity and privacy R&D activities discussed federal research efforts in advancing the use of big data analytics for security and in advancing privacy-preserving technologies in an attempt to reconcile the conflicting objectives.\"", "metadata_created": "4/13/2018", "metadata_modified": "4/13/2018", "topic": "big data; security; privacy", "comments": "Presented at Annual Computer Security Applications Conference (ACSAC) 2017, December 6, 2017", "presented_at": "CSIA; Privacy R&D", "key_words": "algorithms; analytics; building; computing; cyber; data; development; information; integration; management; privacy; research; risk; security; source; systems; user" }, { "presentation_id": "PID-11-30-2017-0001-01", "year": "2017", "pp_date": "11/30/2017", "title": "Computer Science and Telecommunications Board Overview", "author": "Jon Eisenberg", "file_url": "https://www.nitrd.gov/SUBCOMMITTEE/presentations/CSTB_Eisenberg_11302017.pdf", "media_type": "pdf", "description": "At the November 2017 NITRD Subcommittee meeting, invited guest speaker, Dr. Jon Eisenberg, Senior Board Director of the Computer Science and Telecommunications Board (CSTB) gave an overview of the National Academies and the CSTB. His talk included examples and impacts of recent CSTB activities, and described current and potential activities. Presentation outline: \"National Academies and CSTB; Examples and Impacts of CSTB Activities; Current and Potential CSTB Activities.\"", "metadata_created": "1/16/2017", "metadata_modified": "1/16/2017", "topic": "science; engineering; medicine", "comments": "", "presented_at": "NITRD Subcommittee", "key_words": "activities; communications; computing; cyber; cybersecurity; data; federal; future; government; information; infrastructure; meetings; nae; national; policy; research; resilience; role; science; security; systems; technology; university; work" }, { "presentation_id": "PID-11-30-2017-0001-02", "year": "2017", "pp_date": "11/30/2017", "title": "Computer Science and Telecommunications Board Overview (video)", "author": "Jon Eisenberg", "file_url": "https://youtu.be/H5x_jol-GCw", "media_type": "video", "description": "At the November 2017 NITRD Subcommittee meeting, invited guest speaker, Dr. Jon Eisenberg, Senior Board Director of the Computer Science and Telecommunications Board (CSTB) gave an overview of the National Academies and the CSTB. His talk included examples and impacts of recent CSTB activities, and described current and potential activities. Presentation outline: \"National Academies and CSTB; Examples and Impacts of CSTB Activities; Current and Potential CSTB Activities.\"", "metadata_created": "1/17/2017", "metadata_modified": "1/17/2017", "topic": "science; engineering; medicine", "comments": "", "presented_at": "NITRD Subcommittee", "key_words": "activities; communications; computing; cyber; cybersecurity; data; federal; future; government; information; infrastructure; meetings; national; policy; research; resilience; role; science; security; systems; technology; university; work" }, { "presentation_id": "PID-11-15-2017-0001-01", "year": "2017", "pp_date": "11/15/2017", "title": "InCommon and Global Federation Update", "author": "Ken Klingenstein", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2/21/InCommon_GlobalFed.pdf", "media_type": "pdf", "description": "Presentation given by Ken Klingenstein at MAGIC monthly meeting. Presentation outline: \"InCommon; International Dimensions; Snctfi and VO authorization policies; Federated OIDC; GDPR (General Data Protection Regulation); Solove One-Pager.\"", "metadata_created": "11/17/2017", "metadata_modified": "11/17/2017", "topic": "federation; security; privacy; internet; cloud; research; data", "comments": "Presented at MAGIC meeting, SC17, Denver, Colorado", "presented_at": "MAGIC", "key_words": "access; activity; attribute; cluster; consent; data; dataprotection; datasubjects; design; federated; global; health; identifier; incident; management; model; pii; privacy; protection; risk; rules; security; trust;" }, { "presentation_id": "PID-11-15-2017-0002-01", "year": "2017", "pp_date": "11/15/2017", "title": "Blurring the Lines: High-End Computing and Data Science", "author": "Sandy Landsberg; Steve Conway; Satoshi Matsuoka; Fran Berman; Michela Taufer; Bob Grossman; Rick Stevens", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2/2f/SC17Panel_Blurring_the_Lines.pdf", "media_type": "pdf", "description": "Presentations given at SC17 panel \"Blurring the Lines: High-End Computing and Data Science\", November 15, 2017, Denver, Colorado. This panel explored the challenges and opportunities at the intersection of high-end computing and data science. Panel moderator: Sandy Landsberg, DoD High Performance Computing Modernization Program (HPCMP). Panelists included: Steve Conway, Hyperion Research; Satoshi Matsuoka, Tokyo Institute of Technology; Fran Berman, Rensselaer Polytechnic Institute; Michela Taufer, University of Delaware; Bob Grossman, University of Chicago; Rick Stevens, Argonne National Laboratory, University of Chicago. Panel was organized by the Networking and Information Technology Research and Development (NITRD) High-End Computing and Big Data Interagency Working Groups.\n\n", "metadata_created": "4/3/2018", "metadata_modified": "4/3/2018", "topic": "high end computing; high performance computing; data science", "comments": "SC17 Panel \"Blurring the Lines: High-End Computing and Data Science\", November 15, 2017, Denver, Colorado; Organized by the HEC and Big Data IWGs.", "presented_at": "HEC", "key_words": "ai; algorithms; analytics; applications; big data; cloud; commons; computing; coherence; convergence; data; data-intensive simulations; graph; HPDA; high performance data analysis; high end computing; high performance computing; hpc; infrastructure; large; learning; memory; research; scale; science; simulation; storage; system; technology" }, { "presentation_id": "PID-11-14-2017-0001-01", "year": "2017", "pp_date": "11/14/2017", "title": "GEANT and the R&E development in Africa", "author": "Vincenzo Capone", "file_url": "https://www.nitrd.gov/nitrdgroups/images/4/4c/GEANT_AC2_ECapone_11142018.pdf", "media_type": "pdf", "description": "Presentation given by Vincenzo Capone at JET meeting, SC17 11/14/2017 (Denver-CO). Presentation outline: \"GEANT Association supports and represents over 40 NRENs across Europe. Together they support over 10,000 institutions and 50 million academic users. GEANT runs a membership association for Europe's National Research & Education Networks (NRENs): GEANT Association; Coordinates and participates in EC-funded projects: Under Horizon 2020 the financial instrument for implementing the Innovation Union, a Europe 2020 flagship initiative aimed at securing Europe's global competitiveness; Operates a pan-European e-infrastructure: GEANT network; Manages a portfolio of services for research & education: EduX; Organises and runs community events & working groups: TNC, task forces & special interest groups...", "metadata_created": "1/17/2017", "metadata_modified": "1/17/2017", "topic": "networks; networked systems; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "africa; africaconnect; association; communities; connecting; development; education; eduroam; europe; geant; global; international; network; nrens; partners; project; provide; regional; research; services; support" }, { "presentation_id": "PID-10-18-2017-0001-02", "year": "2017", "pp_date": "10/18/2017", "title": "Stunning data visualization in the AlloSphere (video)", "author": "JoAnn Kuchera-Morin", "file_url": "https://www.youtube.com/watch?v=u-D-zEToJQ4", "media_type": "video", "description": "JoAnn Kuchera-Morin demos the AlloSphere. \"The AlloSphere is a three-story facility where we use multiple modalities to represent large and complex data, including immersive visualization, sonification, and interactivity. We are creating technology that will enable experts to use their intuition and experience to examine and interact with complex data to identify patterns, suggest and test theories in an integrated loop of discovery. Important research areas include quantum information processing and structural materials discovery, bioengineering and biogenerative applications, and arts and entertainment. These content areas also drive media systems research in immersive display, computation, and interactivity.\" - The AlloSphere Research Facility. University of California, Santa Barbara. ", "metadata_created": "11/20/2017", "metadata_modified": "11/20/2017", "topic": "visualization technologies; data; science; data wrangling", "comments": "JoAnn Kuchera-Morin presented this talk (available from TedTalks YouTube channel) at the HCI&IM Task Force Workshop \"Frontiers of Visualization Workshop II: Data Wrangling\" (October 18, 2017)", "presented_at": "HCI&IM", "key_words": "algorithms; allosphere; art; artists; atoms; beautiful; biological; bond; brain; calculations; colleagues; computer; data; density; electron; engineering; flow; fly; going; hear; higher; hydrogen; imagine; important; information; interact; lattice; levels; light; mapped; mathematical; microscope; physicists; project; quantum; real; research; science; scientists; seeing; single; sonically; sound; spin; structures; think; visually; working; world; zinc" }, { "presentation_id": "PID-10-18-2017-0001-01", "year": "2017", "pp_date": "10/18/2017", "title": "Science in the Trenches: Why Data Wrangling and Visualization are Crucial", "author": "Kelly Gaither", "file_url": "https://www.nitrd.gov/nitrdgroups/images/b/b0/Data-Wrangling-Gaither.pdf", "media_type": "pdf", "description": "Presentation given by Kelly Gaither (Director of Visualization/Interim Director of Education & Outreach, Senior Research Scientist, Texas Advanced Computing Center; Associate Professor, Women's Health, Dell Medical School, The University of Texas at Austin) at HCI&IM Workshop \"Frontiers of Visualization Workshop II: Data Wrangling\". This workshop is part of a series designed to identify current and developing practices that could serve as a foundation for a science of visualization. The discussion is focused on \"data wrangling\" - preparing the data to create effective visualizations.", "metadata_created": "11/18/2017", "metadata_modified": "11/18/2017", "topic": "visualization technologies; data; science; data wrangling", "comments": "Presented at HCI&IM Task Force Workshop \"Frontiers of Visualization Workshop II: Data Wrangling\"", "presented_at": "HCI&IM", "key_words": "accessible; adult; adverse; analysis; average; care; code; costs; data; decision; defensive; diagnostic; effects; emr; evidence; fee; fusion; gaither; health; hie; history; illiteracy; images; individual; inpatient; interoperable; kelly; life; located; matching; mb; medical; medicine; nonreproducible; outcomes; outpatient; overutilization; per; science; service; significance; sources; statistical; support; texas; unhealthy; visualizing; wide; wrangling; year\n" }, { "presentation_id": "PID-10-04-2017-0015-01", "year": "2017", "pp_date": "10/4/2017", "title": "DARPA and Data: A Portfolio Overview", "author": "William C. Regli; Brian Pierce", "file_url": "https://www.nitrd.gov/nitrdgroups/images/3/31/DARPA-and-DATA.pdf", "media_type": "pdf", "description": "Presentation given by William C. Regli at the 3rd Workshop on an \"Open Knowledge Network: Enabling the Community to Build the Network\". Presentation outline: \"DARPA Dreams of Data; Working toward Wisdom; Examples of Data-to-Wisdom; DARPA Investments in the Data Ecosystem; X-Data: Common Data Cyber-Infrastructure; Examples: Human-Machine Symbiosis; Summary: Today, Future.\"", "metadata_created": "11/17/2017", "metadata_modified": "11/17/2017", "topic": "knowledge networks; big data; open data", "comments": "3rd Workshop on an Open Knowledge Network: Enabling the Community to Build the Network, October 4-5, 2017 National Institutes of Health (NIH)", "presented_at": "Big Data", "key_words": "ability; adequacy; appr; approved; area; ate; attacks; avail; casualties; civilian; coalition; coin; conflict; daily; darpa; data; dev; distribution; dso; effectiveness; er; government; govt; information; insurge; iraqi; knowledge; learni; life; local; manpow; media; message; military; model; ng; nt; ops; perceived; police; processes; public; qual; quality; release; statement; support; systems; tools; unlimited\n" }, { "presentation_id": "PID-10-04-2017-0014-01", "year": "2017", "pp_date": "10/4/2017", "title": "Building a Knowledge Graph for Earth Science", "author": "Rahul Ramachandran; Jia Zhang; Tsengdar Lee", "file_url": "https://www.nitrd.gov/nitrdgroups/images/5/5f/Knowledge_Graph_for_Earth_Science.pdf", "media_type": "pdf", "description": "Presentation given by Rahul Ramachandran, Jia Zhang and Tsengdar Lee at the 3rd Workshop on an \"Open Knowledge Network: Enabling the Community to Build the Network\". Presentation outline: \"Question to Watson and HAL; Many Data Sets - Which one should I use? Knowledge Graph Project; Why NASA Needs a Knowledge Graph; Example use case for KG Application ; Overall Methodology; Semantic Entity Identification (SEI) Algorithm; Scaling up: Building Training Dataset for Deep Learning; Preliminary Results from SEI and Key Findings; Other interesting findings; How Big Data May Help ; Data & Challenges.\" ", "metadata_created": "10/26/2017", "metadata_modified": "10/26/2017", "topic": "knowledge networks; big data; open data", "comments": "3rd Workshop on an Open Knowledge Network: Enabling the Community to Build the Network, October 4-5, 2017 National Institutes of Health (NIH)", "presented_at": "Big Data", "key_words": "algorithms; based; build; catalog; challenges; data; dataset; deep; difficult; dust; engineering; entities; expert; extract; graph; hal; heuristic; idea; identification; image; information; instruments; key; knowledge; layer; learning; metadata; methodology; nasa; nlu; papers; phenomena; problem; profile; project; questions; relationships; research; results; scale; science; search; semantic; sets; someone; source; steps; taxonomies; training; used" }, { "presentation_id": "PID-10-04-2017-0013-01", "year": "2017", "pp_date": "10/4/2017", "title": "OKN Workshop Breakout: Horizontal", "author": "Workshop participants", "file_url": "https://www.nitrd.gov/nitrdgroups/images/6/6a/OKN_Horizontal_BreakoutReport.pdf", "media_type": "pdf", "description": "Breakout session: Horizontal, from 3rd Workshop on an Open Knowledge Network: Enabling the Community to Build the Network.", "metadata_created": "10/25/2017", "metadata_modified": "10/25/2017", "topic": "knowledge networks; big data; open data", "comments": "3rd Workshop on an Open Knowledge Network: Enabling the Community to Build the Network, October 4-5, 2017 National Institutes of Health (NIH)", "presented_at": "Big Data", "key_words": "access; adoption; asks; best; browser; costs; data; decisions; design; disease; dr; effort; enable; endpoints; equivalent; extensions; file; general-purpose; giri; happen; heavy; horizontal; important; integrator; interface; limited; manner; medical; model; mutation; patient; points; possible; provide; publicizes; publishers; query; required; research; scores; siri; software; space; system; traditional; triples; trust; user-friendly; users" }, { "presentation_id": "PID-10-04-2017-0012-01", "year": "2017", "pp_date": "10/4/2017", "title": "Open Knowledge Network: Recap & Some Related Work at NSF", "author": "Chaitanya Baru", "file_url": "https://www.nitrd.gov/nitrdgroups/images/c/ca/OKN_ChaitanBaru.pdf", "media_type": "pdf", "description": "Presentation given by Dr. Chaitan Baru, Senior Advisor for Data Science, CISE Directorate, National Science Foundation, at the 3rd Workshop on an \"Open Knowledge Network: Enabling the Community to Build the Network\". Presentation outline: \"OKN Motivation; Meeting #0, #1, and #2 recap; Examples of Related NSF Efforts; Example NSF projects; Scientific data and ontologies; Examples from NSF EarthCube projects; OKN going forward.\"", "metadata_created": "10/23/2017", "metadata_modified": "10/23/2017", "topic": "knowledge networks; big data; open data", "comments": "3rd Workshop on an Open Knowledge Network: Enabling the Community to Build the Network, October 4-5, 2017 National Institutes of Health (NIH)", "presented_at": "Big Data", "key_words": "applications; areas; bases; build; collaboration; common; competitions; concepts; construction; creation; data; develop; efforts; entities; example; extraction; financial; generation; graph; http; improve; infrastructure; knowledge; large; meeting; modeling; natural; network; nist; nsf; ontology; open; performance; pi; processing; projects; query; related; representation; risk; science; semantic; services; standardized; technology; used; web; workshop" }, { "presentation_id": "PID-10-04-2017-0008-01", "year": "2017", "pp_date": "10/4/2017", "title": "OKN Workshop Breakout Session Reports: Biomedicine", "author": "Stan Ahalt; Rafael Gocalves; Susan Gregurick; Charlotte Nelson; Dexter Pratt; Michael Witbrock", "file_url": "https://www.nitrd.gov/nitrdgroups/images/b/bd/Biomedicine_OKN_BreakoutReport.pdf", "media_type": "pdf", "description": "Breakout session report on biomedicine from 3rd Workshop on an Open Knowledge Network: Enabling the Community to Build the Network.", "metadata_created": "10/17/2017", "metadata_modified": "10/17/2017", "topic": "knowledge networks; big data; open data; biomedicine", "comments": "3rd Workshop on an Open Knowledge Network: Enabling the Community to Build the Network, October 4-5, 2017 National Institutes of Health (NIH)", "presented_at": "Big Data", "key_words": "assemble; behind; best; build; buy-in; challenge; clickable; computable; consistent; converging; corpus; create; data; develop; enemy; entities; equlv; evaluated; experiments; facts; fine; firewall; gregurick; important; inferences; information; knowledge; licenses; literature; longer; metadata; minimal; models; needs; okn; ontologies; potential; pratt; provenance; publications; reference; relationships; reliability; representations; schema; solution; term; understanding; utility; years" }, { "presentation_id": "PID-10-04-2017-0009-01", "year": "2017", "pp_date": "10/4/2017", "title": "OKN Workshop Breakout Session Reports: Finance", "author": "Doug Burdick; Stephen Dennis; Laura Dietz; Mark Flood; Shawn Mankad; Edgar Meij; Jay Pujara; Louiqa Raschid; Ted Senator", "file_url": "https://www.nitrd.gov/nitrdgroups/images/7/7e/Finance_OKN_BreakoutReport.pdf", "media_type": "pdf", "description": "Breakout session report on finance from 3rd Workshop on an Open Knowledge Network: Enabling the Community to Build the Network.", "metadata_created": "10/17/2017", "metadata_modified": "10/17/2017", "topic": "knowledge networks; big data; open data; finance", "comments": "3rd Workshop on an Open Knowledge Network: Enabling the Community to Build the Network, October 4-5, 2017 National Institutes of Health (NIH)", "presented_at": "Big Data", "key_words": "asks; businesses; ceo; chain; classification; code; company; competitive; competitors; concepts; data; develop; economic; entity; etc; exemplar; exposure; finance; financial; goal; identify; impact; indicators; industry; inform; intelligence; key; kpi; large; making; mayors; monitor; mortgage; multiple; nsf; okn; ontology; partners; relationships; repository; secretary; sector; securities; services; small; subprime; subsidiary; supply; top; updated" }, { "presentation_id": "PID-10-04-2017-0010-01", "year": "2017", "pp_date": "10/4/2017", "title": "OKN Workshop Breakout Session Reports: Geoscience", "author": "Gary Berg-Cross; Ruth Duerr; Daniel Garijo; Yolanda Gil; Tsengdar Lee; Andrew W. Moore; Shashi Shekar; Jia Zhang", "file_url": "https://www.nitrd.gov/nitrdgroups/images/f/fd/Geoscience_OKN_BreakoutReport.pdf", "media_type": "pdf", "description": "Breakout session report on geoscience from 3rd Workshop on an Open Knowledge Network: Enabling the Community to Build the Network.", "metadata_created": "10/17/2017", "metadata_modified": "10/17/2017", "topic": "knowledge networks; big data; open data; geoscience", "comments": "3rd Workshop on an Open Knowledge Network: Enabling the Community to Build the Network, October 4-5, 2017 National Institutes of Health (NIH)", "presented_at": "Big Data", "key_words": "approach; available; boundaries; citizens; connecting; data; datasets; edu; eg; engines; etc; existing; geo; geosciences; gil; granularity; happen; hurricane; ii; immediate; indexed; information; institute; isi; link; locating; mid-term; month; network; objects; org; problem; providers; quality; queries; river; schema; sciences; search; short-term; software; space; steps; type; usc; used; users; water; years; yolanda" }, { "presentation_id": "PID-10-04-2017-0011-01", "year": "2017", "pp_date": "10/4/2017", "title": "OKN Workshop Breakout Session Reports: Manufacturing", "author": "Workshop participants", "file_url": "https://www.nitrd.gov/nitrdgroups/images/5/5c/Manufacturing_OKN_BreakoutReport.pdf", "media_type": "pdf", "description": "Breakout session report on manufacturinge from 3rd Workshop on an Open Knowledge Network: Enabling the Community to Build the Network.", "metadata_created": "10/17/2017", "metadata_modified": "10/17/2017", "topic": "knowledge networks; big data; open data; manufacturing", "comments": "3rd Workshop on an Open Knowledge Network: Enabling the Community to Build the Network, October 4-5, 2017 National Institutes of Health (NIH)", "presented_at": "Big Data", "key_words": "along; assembly; bosch; build; car; catalog; cesmii; challenge; com; common; communities; competition; component; data; datasets; different; discoverability; doe; entities; example; experimentally; extract; framework; fusion; happen; https; infrastructure; line; manufacturing; materials; nist; okn; patent; pay-off; pinterest; predict; problem; products; projects; propose; sensors; software; sources; support; test; traffic; uniform; users; www; year" }, { "presentation_id": "PID-10-04-2017-0001-01", "year": "2017", "pp_date": "10/4/2017", "title": "Knowledge Networks in Biomedicine", "author": "Sergio E Baranzini", "file_url": "https://www.nitrd.gov/nitrdgroups/images/d/d4/KnowledgeNetworksBiomedicine.pdf", "media_type": "pdf", "description": "Dr. Baranzini is faculty in the Department of Neurology at UCSF. His research involves the large throughout analysis of samples from MS patients to characterize the activity of genes during: i) different stages of the disease (i.e. remission vs. relapse), ii) differential response to treatment (i.e. good responders vs. poor responders), and iii) disease progression (i.e. benign vs. severe). In addition Dr. Baranzini is collaborating with several interdisciplinary teams worldwide to integrate all the available knowledge obtained in different research domains in an approach known as systems biology. Dr Baranzini's current research involves immunological studies using the EAE model, sequencing of whole genomes and transcriptomes from patients with multiple sclerosis and developing bioinformatics tools to integrate this information with that coming from other high throughput technologies. \"Knowledge Networks in Biomedicine\" presentation outline: Hierarchical organization of biological complexity; Data -> information -> Knowledge; Why is an OKN needed in Biomedicine? SPOKE: A database of databases; Uses for SPOKE; UCSF Knowledge Network; Scalable PrecisiOn medicine Knowledge Engine; Challenges to BIO OKN.", "metadata_created": "10/14/2017", "metadata_modified": "10/14/2017", "topic": "knowledge networks; big data; biomedicine; open data", "comments": "3rd Workshop on an Open Knowledge Network: Enabling the Community to Build the Network, October 4-5, 2017 National Institutes of Health (NIH)", "presented_at": "Big Data", "key_words": "anatomies; bio; biological; biomedicine; cell; cellular; challenges; charlotte; compartment; complex; compound; data; databases; diagnosis; diseases; domains; drug; effects; exist; experts; features; function; genes; genotype; goals; keiser; knowledge; medicine; molecular; molecules; needed; nelson; network; nodes; okn; path; pathways; patient; prediction; process; relationships; repurposed; signature; small; spoke; symptoms; types; ucsf; unmatched; vs" }, { "presentation_id": "PID-10-04-2017-0002-01", "year": "2017", "pp_date": "10/4/2017", "title": "Open Knowledge Networks for Geosciences, Sustainability, and Convergent Research in Natural-Human Systems", "author": "Yolanda Gil", "file_url": "https://www.nitrd.gov/nitrdgroups/images/7/7e/OKN-Geoscience.pdf", "media_type": "pdf", "description": "Dr. Yolanda Gil is Director of Knowledge Technologies and Associate Division Director at the Information Sciences Institute (ISI) of the University of Southern California, and Research Professor in the Computer Science Department. Dr. Gil leads a group that conducts research on various aspects of Interactive Knowledge Capture. Her research interests include intelligent user interfaces, knowledge-rich problem solving, and the semantic web. An area of recent interest is collaborative large-scale data analysis through semantic workflows. \"Open Knowledge Networks for Geosciences, Sustainability, and Convergent Research in Natural-Human Systems\" presentation outline: 1. The geosciences landscape 2. Ontologies, vocabularies, standards 3. Infrastructure: Data centers; Tools 4. Modeling: Model repositories 5. Model integration and convergence research: The need for semantics.", "metadata_created": "10/14/2017", "metadata_modified": "10/14/2017", "topic": "knowledge networks; big data; geoscience; open data", "comments": "3rd Workshop on an Open Knowledge Network: Enabling the Community to Build the Network, October 4-5, 2017 National Institutes of Health (NIH)", "presented_at": "Big Data", "key_words": "agriculture; atmosphere; automated; centers; code; convergence; data; dynamical; earth; earthcube; edu; eg; execution; geosciences; gil; http; information; infrastructure; institute; integration; isi; landscape; linked; mapping; metadata; model; names; ontologies; org; project; repositories; research; sciences; scope; semantic; semi; software; standards; state; surface; system; tools; usc; used; variables; vocabularies; water; workflow; www; yolanda" }, { "presentation_id": "PID-10-04-2017-0003-01", "year": "2017", "pp_date": "10/4/2017", "title": "Representing The Financial System", "author": "Mark D. Flood", "file_url": "https://www.nitrd.gov/nitrdgroups/images/6/69/RepresentingTheFinancialSystem.pdf", "media_type": "pdf", "description": "Mark D. Flood, Research Principal, is a financial economist who is part of the OFR Financial Markets team. His research focuses on financial data and risk analysis. \"Representing The Financial System\" presentation: Inexorable force of technological innovation: computing power and financial activity, 1970-2015; Traditional measurement; Focus on contracts; Measuring relationships at three levels; Case study: Wells Fargo 1986-2016; FEIII project - ambiguous (RSSD, LEI) pairs; Phenotyping relationships; Contract as automaton; Contract as data; Regulation and semantic structure; Ontology for form PF. ", "metadata_created": "10/14/2017", "metadata_modified": "10/14/2017", "topic": "knowledge networks; big data; financial system; open data", "comments": "3rd Workshop on an Open Knowledge Network: Enabling the Community to Build the Network, October 4-5, 2017 National Institutes of Health (NIH)", "presented_at": "Big Data", "key_words": "adv; analysis; association; bank; city; contract; data; discussion; draft; entity; expressed; ffiec; financial; flood; form; id; image; indexed; lake; lei; market; match; national; necessarily; network; office; ofr; ojai; pages; pf; pre-decisional; presentation; purposes; qfc; relationships; research; rssd; salt; sensitive; source; speaker; state; street; transaction; ut; views; volume" }, { "presentation_id": "PID-10-04-2017-0004-01", "year": "2017", "pp_date": "10/4/2017", "title": "Role of NIST in Realizing OKN", "author": "Ram Sriram", "file_url": "https://www.nitrd.gov/nitrdgroups/images/c/c4/NIST-OKN.pdf", "media_type": "pdf", "description": "Ram D. Sriram is the chief of the Software and Systems Division, Information Technology Laboratory, at the National Institute of Standards and Technology. Sriram has extensive experience in developing knowledge-based expert systems, natural language interfaces, machine learning, object-oriented software development, life-cycle product and process models, geometrical modelers, object-oriented databases for industrial applications, health care informatics, bioinformatics, and bioimaging. \"Role of NIST in Realizing OKN\" presentation outline: 1. NIST Background 2. OKN Related Projects: Core Product Model & Beyond (EL & ITL); Ontologies & Category Theory (ITL & EL); Extracting Domain Specific Terms From Documents (ITL & MML); TREC (ITL). 3. Expectations: Provide a generic template for structuring knowledge; Develop evaluation and test methodologies; Explore TREC track for evaluating OKN in various domains; Leverage funding.", "metadata_created": "10/14/2017", "metadata_modified": "10/14/2017", "topic": "knowledge networks; big data; open data", "comments": "3rd Workshop on an Open Knowledge Network: Enabling the Community to Build the Network, October 4-5, 2017 National Institutes of Health (NIH)", "presented_at": "Big Data", "key_words": "aggregate; analysis; artifact; assembly; association; behavior; calculus; category; classes; cpm; ct; design; disease; domain; el; evaluation; family; feature; form; function; generic; information; integration; interoperability; itl; logic; mechanical; model; nist; objects; okn; ontology; processes; product; projects; provides; related; representation; represents; research; search; semantics; series; specific; ss; standard; systems; technology; theory; trec" }, { "presentation_id": "PID-10-04-2017-0005-01", "year": "2017", "pp_date": "10/4/2017", "title": "Open Knowledge Network", "author": "Andrew W. Moore; Ramanathan V. Guha", "file_url": "https://www.nitrd.gov/nitrdgroups/images/9/96/OKN_Moore_Guha.pdf", "media_type": "pdf", "description": "Andrew W. Moore and Ramanathan V. Guha presentation \"Open Knowledge Network\" on OKN vision and technical aspects. Presentation outline: \"Ubiquity of Knowledge Bases; The case for an Open Knowledge Network; The essential compoenents of an OKN; Candidate architectures.\"", "metadata_created": "10/14/2017", "metadata_modified": "10/14/2017", "topic": "knowledge networks; big data; open data", "comments": "3rd Workshop on an Open Knowledge Network: Enabling the Community to Build the Network, October 4-5, 2017 National Institutes of Health (NIH)", "presented_at": "Big Data", "key_words": "actor; aggregates; apps; architecture; art; cases; center; class; data; dates; engine; entity; eventbrite; events; facts; fb; html; id; knowledge; language; name; norris; ns; ogp; org; peter; pm; problems; representation; research; schema; search; sites; stores; structured; talk; terms; type; web" }, { "presentation_id": "PID-10-04-2017-0006-01", "year": "2017", "pp_date": "10/4/2017", "title": "Reflections on Data Science for Finance (Dsfin)", "author": "Louiqa Raschid", "file_url": "https://www.nitrd.gov/nitrdgroups/images/c/c3/DataScienceForFinance_Raschid.pdf", "media_type": "pdf", "description": "Presentation given by Louiqa Raschid at 2017 Open Knowledge Network workshop. \"Reflections on Data Science for Finance (DSfin)\" outline: Motivation; Supply chain for residential mortgage backed securities; Latent \"Financial Community\" model using LDA based probabilistic model; Examples of \"toxic\" financial entities / communities / securities; Impact of upstream toxicity along the supply chain on downstream securities: ratings and performance; Ongoing work.", "metadata_created": "10/14/2017", "metadata_modified": "10/14/2017", "topic": "knowledge networks; big data; open data; finance; data science", "comments": "3rd Workshop on an Open Knowledge Network: Enabling the Community to Build the Network, October 4-5, 2017 National Institutes of Health (NIH)", "presented_at": "Big Data", "key_words": "backed; chain; challenges; collateralized; community; corporation; countrywide; datasets; debt; depositor; derived; dsfin; entities; fargo; financial; goldman; home; indymac; issuer; lack; loans; longitudinal; louiqa; markets; masterservicer; model; morgan; mortgage; nsf; ontologies; open; pool; sachs; securities; seller; servicer; stanley; supply; technical; thanks; topic; toxic; unique; wells" }, { "presentation_id": "PID-10-04-2017-0007-01", "year": "2017", "pp_date": "10/4/2017", "title": "Manufacturing", "author": "Barry Smith", "file_url": "https://www.nitrd.gov/nitrdgroups/images/c/c3/Manufacturing_Smith.pdf", "media_type": "pdf", "description": "Presentation given by Barry Smith at 2017 Open Knowledge Network workshop. Presentation outline: \"First use case: Manufacturing capabilities; Second use case: Manufactured products; Third use case: Patents; Fourth use case: manufacturing uses of robots, sensors; Fifth use case: Promoting interoperability in smart manufacturing; Consequence: no real-world examples of industrial use; Typical reasons for ontology failure; The Gene Ontology ; Coordinated evolution of ontologies; OBO Foundry Principles; IOF testbeds: DMDII, MatOnto Materials Ontology, Product Life Cycle Ontology; What we might do with a knowledge graph.\"", "metadata_created": "10/14/2017", "metadata_modified": "10/14/2017", "topic": "knowledge networks; big data; open data; manufacturing", "comments": "3rd Workshop on an Open Knowledge Network: Enabling the Community to Build the Network, October 4-5, 2017 National Institutes of Health (NIH)", "presented_at": "Big Data", "key_words": "capabilities; case; cellular; common; community; companies; cycle; data; design; development; digital; domain; enable; entity; example; follows; foundry; function; generation; genomics; guided-by; http; industry; information; input; interoperability; iof; life; maintenance; manufacturing; material; matonto; ontology; open; org; organism; output; plan; plc; process; product; provides; research; science; suite; synergy; uses" }, { "presentation_id": "PID-09-25-2017-0001-01", "year": "2017", "pp_date": "9/25/2017", "title": "The Networking and Information Technology R&D Program", "author": "Bryan Biegel", "file_url": "https://www.nitrd.gov/documents/2017-09-25_NITRD_Priorities_CSTB_Panel.pdf", "media_type": "pdf", "description": "Briefing given by Dr. Bryan Biegel for the Computer Science and Telecommunications Board (CSTB) of the National Academies of Science, Engineering, and Medicine, held in Washington, D.C. on September 25, 2017. The presentation provides a brief view of federal priorities in information technology research and development.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "NITRD Program", "comments": "The Computer Science and Telecommunications Board (CSTB) Panel", "presented_at": "Other venue", "key_words": "accelerate; act; activities; administration; advanced; agencies; american; annual; assure; autonomous; budget; collaboration; competitiveness; computing; confidence; coordination; cyber; economic; efficiency; energy; enhance; federal; fy; health; information; infrastructure; innovative; intelligent; interagency; jan; leadership; manage; military; modernize; national; nco; nitrd; president; priorities; program; research; security; software; spectrum; strategic; summarized; supplement; systems; technology; workforce" }, { "presentation_id": "PID-08-02-2017-001-00", "year": "2017", "pp_date": "8/2/2017", "title": "SPOT Suite: Scalable, autonomous data management and scientific workflows for X - Ray Light Sources", "author": "Craig Tull", "file_url": "https://www.nitrd.gov/nitrdgroups/images/b/b7/SPOT_Suite.pdf", "media_type": "pdf", "description": "The SPOT Suite project is funded under an LBNL LDRD to research and develop a suite of tools to provide ALS scientists access to best-of-breed data management, data analysis, and simulation tools. When complete, the portal will allow ALS scientists to manage and share their experimental and simulation data, analyze experimental data, and view real time results during their ALS beamtimes. SPOT Suite: Integration of ALS, ESnet, and NERSC into a proto-super-facility. Computing Research Division - Large Data & Workflows; Advanced Light Source - Science & Detectors; Material Science Division / Molecular Foundry - Theory; ESnet - National Networking; NERSC - Large-scale Scientific Computing Facility.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "data management; data; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "advanced; algorithms; als; analysis; analyze; automated; beamline; bes; cetull; change; collaborative; compute; data; deduce; detection; experiment; facilities; feedback; gov; images; instrumented; integration; job; lbl; light; lightsource; materials; model; monitoring; nersc; networking; processing; production; real-time; remote; research; scattering; science; scientific; significant; simulate; source; spade; spot; stored; used; users; visualization; workflow; x-swap" }, { "presentation_id": "PID-07-05-2017-001-01", "year": "2017", "pp_date": "7/5/2017", "title": "Supporting Data Intensive Workloads at NERSC", "author": "Katie Antypas", "file_url": "https://www.nitrd.gov/nitrdgroups/images/c/c0/Data_Intensive_Science_NERSC.pdf", "media_type": "pdf", "description": "NERSC is the mission HPC computing center for the DOE Office of Science. NERSC deploys advanced HPC and data systems for the broad Office of Science community. NERSC staff provide advanced application and system performance expertise to users. Approximately 6000 users and 750 projects. Over 2000 publication resulting in NERSC resources per year. New Data Initiative: Pioneer new capabilities to enable scientists to make large-scale data-intensive science discoveries.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "high-performance computation; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "advanced; analysis; application; buffer; burst; capabilities; center; compute; cori; data; department; deployed; development; energy; experiments; facilities; genome; hpc; image; intensive; ioffice; large; learning; light; machine; nersc; network; nodes; office; performance; pi; project; provide; queue; scale; science; simulation; source; supercomputer; support; systems; users; venergy; wenergy; workflow" }, { "presentation_id": "PID-06-22-2017-001-01", "year": "2017", "pp_date": "6/22/2017", "title": "High Quality Metric-Based SLAs for Cloud Computing (video)", "author": "Robert Bohn", "file_url": "https://youtu.be/W4b__EefHbY", "media_type": "video", "description": "Dr. Robert Bohn , NIST Cloud Computing Program Manager at the Advanced Networking Technologies Division, Information Technology Laboratory (ITL), NIST, will discuss the latest developments in High Quality Metric-Based SLAs for Cloud Computing. The ecosystem of cloud computing is surrounded by a flurry of technical issues (availability, performance, data management) which in turn create challenges for procurement of cloud services. Moreover, to embrace the cloud model, the ability to measure the aspects of the service is crucial. A generic Service Level Agreement from a cloud provider cannot be directly compared to another since many times, there are differences in the vocabulary, the meanings and other terms. The community needs to have a standard dictionary of terms, reusable components and a series of metrics that can be validated. This talk will encompass the work that NIST has performed in collaboration with ISO/IEC to create SLA standards and metrics. In addition, the NIST team is working to leverage these standards to create a USG SLA base model that agencies can use for their procurements. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cloud computing; metrics; service level agreements", "comments": "", "presented_at": "FASTER", "key_words": "additional; agreement; area; bohn; business; cloud; computing; construction; content; contract; create; defined; determine; develop; different; dr; draft; examination; framework; goal; gov; iec; implemented; international; iso; level; measurements; metrics; min; model; needed; nist; objectives; provider; quality; reliable; requirements; scale; security; service; sla; slos; specific; sqo; stage; standards; technical; technology; unique; usg" }, { "presentation_id": "PID-06-22-2017-001-00", "year": "2017", "pp_date": "6/22/2017", "title": "High Quality Metric-Based SLAs for Cloud Computing", "author": "Robert Bohn", "file_url": "https://www.nitrd.gov/nitrdgroups/images/3/32/SLA_Bohn_June2017.pdf ", "media_type": "pdf", "description": "Dr. Robert Bohn , NIST Cloud Computing Program Manager at the Advanced Networking Technologies Division, Information Technology Laboratory (ITL), NIST, will discuss the latest developments in High Quality Metric-Based SLAs for Cloud Computing. The ecosystem of cloud computing is surrounded by a flurry of technical issues (availability, performance, data management) which in turn create challenges for procurement of cloud services. Moreover, to embrace the cloud model, the ability to measure the aspects of the service is crucial. A generic Service Level Agreement from a cloud provider cannot be directly compared to another since many times, there are differences in the vocabulary, the meanings and other terms. The community needs to have a standard dictionary of terms, reusable components and a series of metrics that can be validated. This talk will encompass the work that NIST has performed in collaboration with ISO/IEC to create SLA standards and metrics. In addition, the NIST team is working to leverage these standards to create a USG SLA base model that agencies can use for their procurements. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cloud computing; metrics; service level agreements", "comments": "", "presented_at": "FASTER", "key_words": "additional; agreement; area; bohn; business; cloud; computing; construction; content; contract; create; defined; determine; develop; different; dr; draft; examination; framework; goal; gov; iec; implemented; international; iso; level; measurements; metrics; min; model; needed; nist; objectives; provider; quality; reliable; requirements; scale; security; service; sla; slos; specific; sqo; stage; standards; technical; technology; unique; usg" }, { "presentation_id": "PID-05-16-2017-001-01", "year": "2017", "pp_date": "5/16/2017", "title": "Enterprise Infrastructure Solutions (EIS) Fundamentals Briefing to the JET", "author": "Jeff Smith", "file_url": "https://www.nitrd.gov/nitrdgroups/images/9/90/EIS_Fundamentals_Brief_to_JET.pdf", "media_type": "pdf", "description": "Jeff Smith of GSA gave a presentation on EIS Fundamentals. The presentation included an overview of the EIS contract, EIS service areas, and the services that GSA provides (to the agencies) under the EIS contract (see roles & responsibilities). See the presentation for details. EIS leverages the US government's purchasing power to reduce the telecom and IT service costs by offering CLIN based pre-negotiated class discounts for these services as well as the option of streamlining the acquisition process. See the presentation for the list of service areas and some examples of the services offered. For EIS, GSA issues designated procurement authority (DPA) to the agencies so that agencies can run their own contract and have a direct relationship with the providers. See the presentation for details of roles and responsibilities. Support services are also provided as needed, e.g. solicitation development, funding/acquisition approach, conduct fair opportunity, evaluate cost, manage inventory, etc. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "infrastructure; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "access; acquisition; agency; award; cable; center; cloud; contract; contractor; dark; data; design; develop; dfs; eis; equipment; federal; fiber; gov; gsa; hosting; includes; infrastructure; internet; managed; network; officer; operations; optical; orders; ows; power; price; private; provides; required; resources; responsibilities; security; service; smith; solicitation; storage; support; system; task; telecom; transport; virtual; wavelength" }, { "presentation_id": "PID-05-05-2017-001-01", "year": "2017", "pp_date": "5/5/2017", "title": "Radio Receiver Systems: R&D Innovation Needs, and Impacts on Technology and Policy", "author": "Workshop participants", "file_url": "https://www.nitrd.gov/nitrdgroups/images/a/a2/WSRDIX_Presentations.pdf", "media_type": "pdf", "description": "Principles of co-existence and interference tolerance are often overlooked and under-exploited in today's radio receiver systems. For example, a receiver's ability to accept wanted signals or reject unwanted signals impacts the quality of the information transmitted. The Wireless Spectrum R&D Interagency Working Group (WSRD) held a workshop, \"Radio Receiver Systems: R&D Innovation Needs, and Impacts on Technology and Policy”, on May 5, 2017, from 8:00 AM to 5:00 PM at the National Science Foundation, Arlington, Virginia. The workshop addressed various signal reception topics including technology advances for receivers, transmitters, filters, antenna design, signal processing techniques, and policy issues.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "interference; measurements; radio; spectrum; spectrum sharing; systems", "comments": "WSRD Workshop IX", "presented_at": "WSRD", "key_words": "access; adaptive; approved; assurance; bands; case; channel; claim; design; devices; distribution; field; frequency; harmful; hct; interference; ix; level; locations; measurement; mhz; mobile; needs; nts; operations; pal; percentile; performance; power; processing; public; radio; receiver; regulation; release; requirement; rf; rq; sharing; signal; spectrum; standards; starry; statement; strength; systems; technology; transmitter; workshop; wsrd" }, { "presentation_id": "PID-05-03-2017-001-01", "year": "2017", "pp_date": "5/3/2017", "title": "Accelerating the experimental feedback loop: Data streams and the Advanced Photon Source", "author": "Ian Foster", "file_url": "https://www.nitrd.gov/nitrdgroups/images/7/73/DataStreams_AdvancedPhotonSource_IanFoster.pdf", "media_type": "pdf", "description": "Overview: What is a light source, why are the experimental feedback loop and data streaming important ? Tomography: Experimental data feedback loop in practice ? Optimizing: Modeling, analysis, and implementation methods to understand and improve performance ? Automation: Further steps towards accelerating end-to-end experimental data lifecycles ? Publishing: Collecting and organizing light source data ? Futures: Some of the many other things that need to be done. Context: -APS is one four DOE synchroton light source operated by the U.S. -Light sources are accelerated electrons bent by magnets to produce x-rays that are focused onto a small area -Argonne is currently working on an APS upgrade (APS-U) that will include multi-bend achromats (MBA) that will greatly enhance the quality -Major challenges from large data sets and advanced computation requirements arise from APS/APS-U. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "automation; data; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "acquisition; analysis; anl; aps; automation; beamline; chard; collected; compute; context; create; data; dataset; detect; email; enable; events; experimental; experiments; foster; futures; globus; images; kettimuthu; lbl; light; local; materials; metadata; model; network; optimizing; param; performance; processing; projections; publication; publishing; quality; rates; raw; reconstruction; simulation; source; starts; storage; stream; task; tomography; transfer" }, { "presentation_id": "PID-04-25-2017-001-01", "year": "2017", "pp_date": "4/25/2017", "title": "Pacific Islands Research and Education Network/ Guam Open R&E eXchange (PIREN/GOREX)", "author": "Alan Whinery et al.", "file_url": "https://www.nitrd.gov/nitrdgroups/images/5/57/PIREN_GOREX_AlanWhinery.pdf", "media_type": "pdf", "description": "Pacific Islands Research Network (PIREN)/Guam Open Research Exchange (GoREX) maintains links to many of the Pacific Islands. PIREN is supported by an NSF IRNC grant. Guam provides connectivity for many large providers including Tata Station, AT&T, GoCOMO (Japan), AARnet, and Internet2. The GoREX discussion group has 29 participants and has an engineering breakout group that includes AARnet, Internet2, U. of Hawaii, and Pacific Northwest GigaPoP/CENIC. PolyREN provides connectivity to French Polynesia from Tahiti. It will connect in Hawaii, and is expected to be operational in the Summer of 2017.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networks; networked systems; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "aarnet; assisted; cable; cenic; cls; college; complete; connect; discussion; evolution; exchange; french; gbps; gorex; guam; internet; islands; lands; located; makaha; marianas; meeting; moorea; opportunities; pacific; participants; partners; piren; piti-gta; polynesia; polyren; progress; reefs; renater; tahiti; " }, { "presentation_id": "PID-04-23-2017-001-01", "year": "2017", "pp_date": "4/23/2017", "title": "Internet2 Global Summit Updates: Guam networking", "author": "Rommel Hidalgo", "file_url": "https://www.nitrd.gov/nitrdgroups/images/9/9d/Internet2_GOREX_Updates.pdf", "media_type": "pdf", "description": "Guam networking has been intensively coordinating with Asian Pacific networking agencies through presentations and attendance at international venues such as the CENIC March conference where David Lassner discussed Guam connectivity. The U. of Hawaii maintains 2 x 100G links to Guam. In April Guam networkers talked to the NSF EPSCoR Program. Pacific Islands Research Network (PIREN)/Guam Open Research Exchange (GoREX) maintains links to many of the Pacific Islands. PIREN is supported by an NSF IRNC grant. Guam provides connectivity for many large providers including Tata Station, AT&T, GoCOMO (Japan), AARnet, and Internet2. The GoREX discussion group has 29 participants and has an engineering breakout group that includes AARnet, Internet2, U. of Hawaii, and Pacific Northwest GigaPoP/CENIC. PolyREN provides connectivity to French Polynesia from Tahiti. It will connect in Hawaii, and is expected to be operational in the Summer of 2017.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networks; networked systems; data; internet; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "apr; apricot; ca; cenic; center; chi; city; co; com; data; direct; dmz; facility; ft; generators; global; google; gorex; gta; guahan; guam; hess; ho; https; hvac; internet; john; minh; montana; national; nsrc; perfsonar; philippines; phnog; research; san; science; sponsors; summit; team; training; uh; unibetsedat; university; uog; washington; watch; workshop; www; youtube" }, { "presentation_id": "PID-04-14-2017-001-01", "year": "2017", "pp_date": "4/14/2017", "title": "DHS S&T Cyber Security Division (CSD) & Silicon Valley Innovation Program (video)", "author": "Douglas Maughan", "file_url": "https://youtu.be/MWVGzRzuqCM", "media_type": "video", "description": "Dr. Douglas Maughan gives an overview of DHS Cyber Security Division, and an update of the Silicon Valley Innovation Program. The Cyber Security Division's (CSD) mission is to contribute to enhancing the security and resilience of the nation's critical information infrastructure and the Internet by developing and delivering new technologies, tools and techniques to enable DHS and the U.S. to defend, mitigate and secure current and future systems, networks and infrastructure against cyberattacks; and to conduct and support technology transition, and lead and coordinate research and development (R&D) among the R&D community which includes department customers, government agencies, the private sector and international partners. The Silicon Valley Innovation Program (SVIP) is expanding DHS's reach to find new technologies that strengthen national security with the goal of reshaping how government, entrepreneurs and industry work together to find cutting-edge solutions. DHS is reaching out to Silicon Valley and all of the innovation communities across the nation to harness the commercial R&D ecosystem for government applications, co-invest in ideas and accelerate transition-to-market. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cybersecurity; resilience; critical infrastructure; privacy", "comments": "", "presented_at": "FASTER", "key_words": "activities; areas; capabilities; commercial; community; companies; critical; cyber; cybersecurity; data; develop; dhs; federal; funding; global; gov; government; identify; information; infrastructure; innovation; international; logiic; management; national; network; open; operational; pilot; plan; privacy; private; product; project; provide; research; resilience; science; sector; security; services; source; support; systems; technology; test; tools; transition; understanding; working" }, { "presentation_id": "PID-04-14-2017-001-00", "year": "2017", "pp_date": "4/14/2017", "title": "DHS S&T Cyber Security Division (CSD) & Silicon Valley Innovation Program", "author": "Douglas Maughan", "file_url": "https://www.nitrd.gov/nitrdgroups/images/c/c9/Douglas_Maughan_CSD_SVIP.pdf ", "media_type": "pdf", "description": "Dr. Douglas Maughan gives an overview of DHS Cyber Security Division, and an update of the Silicon Valley Innovation Program. The Cyber Security Division's (CSD) mission is to contribute to enhancing the security and resilience of the nation's critical information infrastructure and the Internet by developing and delivering new technologies, tools and techniques to enable DHS and the U.S. to defend, mitigate and secure current and future systems, networks and infrastructure against cyberattacks; and to conduct and support technology transition, and lead and coordinate research and development (R&D) among the R&D community which includes department customers, government agencies, the private sector and international partners. The Silicon Valley Innovation Program (SVIP) is expanding DHS's reach to find new technologies that strengthen national security with the goal of reshaping how government, entrepreneurs and industry work together to find cutting-edge solutions. DHS is reaching out to Silicon Valley and all of the innovation communities across the nation to harness the commercial R&D ecosystem for government applications, co-invest in ideas and accelerate transition-to-market. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cybersecurity; resilience; critical infrastructure; privacy", "comments": "", "presented_at": "FASTER", "key_words": "activities; areas; capabilities; commercial; community; companies; critical; cyber; cybersecurity; data; develop; dhs; federal; funding; global; gov; government; identify; information; infrastructure; innovation; international; logiic; management; national; network; open; operational; pilot; plan; privacy; private; product; project; provide; research; resilience; science; sector; security; services; source; support; systems; technology; test; tools; transition; understanding; working" }, { "presentation_id": "PID-04-07-2017-001-01", "year": "2017", "pp_date": "4/7/2017", "title": "Converging HTC-HPC: Two Case Studies", "author": "Shantenu Jha; Matteo Turilli", "file_url": "https://www.nitrd.gov/nitrdgroups/images/5/52/Converging_HTC_HPC.pdf", "media_type": "pdf", "description": "High Throughput computing comprises multiple tasks. The workload is for a single application, a single workflow or multiple workflows as part of a computational campaign. It is generally characterized by the number of tasks executed. It might also focus on minimizing the time to execute the task and/or to maximize the number of tasks executed. High throughput computing depends on: - Number of tasks - Number of resources - Size of each task - Duration of each task - Number of jobs High throughput computing requires abstraction and models at multiple levels: - Application framework - Workload management - Task run-time - Resource access layer A Pilot-Abstraction model provides a scheduling overlay, decouples workload from resource management, enables fine-grained \"slicing and dicing\" of resources, provides tighter temporal control and builds a higher-level framework without explicit resource management. An AIMES Execution model provides dynamic integration of workload and resource information. Execution strategy is a temporally ordered set of decisions that need to be made to execute a Networking and Information Technology Research and Development given workload. Implementing AIMES model and pilots supports uniform execution models over XSEDE and OSG. XSEDE provides resources on 10 supercomputers, 10 storage facilities, shared allocations process and user support, and is tailored toward grand challenge applications. OSG distributed cyberinfrastructure supports 100 sites, 40,000 cores and 1 PB of storage. It uses single core machines loosely coupled tailored toward high throughput. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "high-throughput computation; high performance computing; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "abstraction; athenamp; atlas; computing; concurrency; cores; d-htc; distributed; duration; dynamic; ensemble; events; execution; generation; heterogeneity; high-throughput; hpc; htc; implementing; jobs; model; modulo; multiple; nge; nj; node; nr; nt; number; panda; parameters; per; performance; pilot; problem; resource; scaling; scheduler; simulations; single; size; support; system; tasks; titan; traditional; tt; understood; workflows; workload" }, { "presentation_id": "PID-03-21-2017-001-01", "year": "2017", "pp_date": "3/21/2017", "title": "Software Defined Services (SDS) For High Performance Large Scale Science Data Streams Across 100 Gbps WANs", "author": "Joe Mambretti", "file_url": "https://www.nitrd.gov/nitrdgroups/images/0/06/Software_Defined_Services_-_Joe_Mambretti.pdf", "media_type": "pdf", "description": "StarLight supported the demonstration showcase at the GEC25 conference in Miami. StarLight partners with PacificWave using NSI. SDX sites have been implemented at StarLight, MAX (Tom Lehman), Southern Crossroads, Miami, Sao Paulo, Ottawa. These SDXs provide for provisioning dynamic circuits for high-end digital media and data. They enable finding networking resources, setting up dedicated paths, performing the applications, and tearing down the networking resources for reuse. Demonstrations at GEC25 included StarLight/PacificWave audible NSI, an experiment with RNP (Brazil), and Internet2 partnership for intense streaming to Japan. DTNs are part of each of these demonstrations. One demo moved large files to Sao Palo with terrible [performance. When the Sao Paulo DTN was inserted the flow smoothed out and the performance very effectively. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "software defined services; networks; networked systems; research; software defined exchanges; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "advanced; bare; center; chameleon; cloud; co-pi; compute; control; creates; data; director; distributed; edu; environment; experimental; gbps; geni; global; igeni; implement; infrastructure; innovations; international; internet; irnc; large; metal; multiple; national; net; network; neutron; nodes; northwestern; org; plane; planned; platform; research; resources; science; sdx; services; starlight; support; tenant; testbed; university; virtual; www" }, { "presentation_id": "PID-02-28-2017-001-01", "year": "2017", "pp_date": "2/28/2017", "title": "In Search of Impact (video)", "author": "Francine Berman", "file_url": "https://youtu.be/W4cQ9__uw5A", "media_type": "video", "description": "Presentation given by Francine Berman at Big Data Workshop \"Measuring the Impact of Digital Repositories\". Presentation outline: \"Why do repositories matter to the community? Deconstructing impact: What does it mean for a repository to be successful? Data and Value: What data is valuable to society, to the research community, to me?\"\n", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "digital repositories; metrics; large-scale data; big data; data management; data analysis", "comments": "Big Data Workshop: \"Measuring the Impact of Digital Repositories\"", "presented_at": "Big Data", "key_words": "access; areas; care; collections; community; data; different; etc; figure; forever; gaps; going; groups; hard; help; host; important; interested; keep; looking; lot; maybe; people; preservation; problem; provide; publications; question; really; repositories; research; respect; sense; services; sets; something; sort; standards; start; stewardship; stuff; talk; terms; things; think; thought; useful; users; valuable; value" }, { "presentation_id": "PID-02-28-2017-002-01", "year": "2017", "pp_date": "2/28/2017", "title": "Relationship Between Standards", "author": "Bruce Ambacher", "file_url": "https://www.nitrd.gov/nitrdgroups/images/8/8a/Bruce_Ambacher_-_ISO_Standards_MIDRWorkshop.pdf", "media_type": "pdf", "description": "Presentation given by Bruce Ambacher at Big Data Workshop \"Measuring the Impact of Digital Repositories\". Presentation outline: \"Impact of a Trustworthy Digital Repository; ISO 16363; ISO 16919; ISO 14721\".", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "digital repositories; metrics; large-scale data; big data; data management; data analysis", "comments": "Big Data Workshop: \"Measuring the Impact of Digital Repositories\"", "presented_at": "Big Data", "key_words": "access; aims; aip; auditing; clarifies; content; controls; current; demonstrate; digital; discussed; documents; empirically; examples; far; file; form; governance; information; infrastructure; ingest; integrity; iso; key; management; meeting; metrics; organizational; parts; plan; policy; preservation; procedures; provides; qualified; records; repository; requirement; responsibility; risk; section; security; standards; statement; structure; technical; trusted; trustworthy; useable; ways" }, { "presentation_id": "PID-02-28-2017-003-01", "year": "2017", "pp_date": "2/28/2017", "title": "Earth System Grid Federation", "author": "Dean Williams", "file_url": "https://www.nitrd.gov/nitrdgroups/images/1/19/Dean_Williams_-_LLNL_ESGF_MIDRWorkshop.pdf", "media_type": "pdf", "description": "Presentation given by Dean Williams at Big Data Workshop \"Measuring the Impact of Digital Repositories\". Presentation outline: \"The Earth System Grid Federation (ESGF) Peer-to-Peer (P2P) enterprise system is a collaboration that develops, deploys and maintains software infrastructure for the management, dissemination, and analysis of model output and observational data. ESGF's primary goal is to facilitate advancements in Earth System Science. It is an interagency and international effort led by the Department of Energy (DOE), and co-funded by National Aeronautics and Space Administration (NASA), National Oceanic and Atmospheric Administration (NOAA), National Science Foundation (NSF), and international laboratories such as the Max Planck Institute for Meteorology (MPI-M) German Climate Computing Centre (DKRZ), the Australian National University (ANU) National Computational Infrastructure (NCI), Institute Pierre-Simon Laplace (IPSL), and the British Atmospheric Data Center (BADC)\".", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "digital repositories; metrics; grid; large-scale data; big data; data management; data analysis", "comments": "Big Data Workshop: \"Measuring the Impact of Digital Repositories\"", "presented_at": "Big Data", "key_words": "archive; biology; capabilities; centralized; climatology; data; diagnostics; distributed; earth; ecosystem; esg-cet; esg-i; esg-ii; esgf; esgf-vl; etc; evolution; exabytes; federation; future; grid; hydrology; intercomparison; laboratory; model; petabytes; planned; projects; prototype; remote; sensing; situ; system; usable; virtual" }, { "presentation_id": "PID-02-28-2017-004-01", "year": "2017", "pp_date": "2/28/2017", "title": "Measuring Impact for TAIR", "author": "Eva Huala", "file_url": "https://www.nitrd.gov/nitrdgroups/images/9/98/Eva_Huala_-TAIR_MIDRWorkshop.pdf", "media_type": "pdf", "description": "Presentation given by Eva Huala at Big Data Workshop \"Measuring the Impact of Digital Repositories\". Presentation outline: \"TAIR Impact Metrics - Usage and Citation; Repository life cycle; Social, technical, and financial issues\".", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "digital repositories; metrics; large-scale data; big data; data management; data analysis", "comments": "Big Data Workshop: \"Measuring the Impact of Digital Repositories\"", "presented_at": "Big Data", "key_words": "arabidopsis; breadth; cita; cost; cs; cura; data; datasets; deposit; financial; full; funding; gene; google; impact; increasing; informa; ins; intake; journals; measuring; mee; metadata; metrics; needs; ng; number; onal; ons; plus; projects; proposals; published; quality; required; researchers; resources; reuse; scholar; social; synthesized; tair; technical; text; usage; users; uses" }, { "presentation_id": "PID-02-28-2017-001-02", "year": "2017", "pp_date": "2/28/2017", "title": "In Search of Impact", "author": "Francine Berman", "file_url": "https://www.nitrd.gov/nitrdgroups/images/8/8c/Fran_Berman_-_MIDRWorkshop.pdf", "media_type": "pdf", "description": "Presentation given by Francine Berman at Big Data Workshop \"Measuring the Impact of Digital Repositories\". Presentation outline: \"Why do repositories matter to the community? Deconstructing impact: What does it mean for a repository to be successful? Data and Value: What data is valuable to society, to the research community, to me?\".\n\n", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "digital repositories; metrics; large-scale data; big data; data management; data analysis", "comments": "Big Data Workshop: \"Measuring the Impact of Digital Repositories\"", "presented_at": "Big Data", "key_words": "access; available; berman; best; collections; colorado; com; community; create; data; datasets; edu; etc; expected; fran; future; gap; generally; group; hard; https; ig; impact; infrastructure; investment; loss; measured; model; practice; preservation; project; publications; repository; research; resource; respondent; services; stakeholder; standards; stewardship; storage; support; sustainable; tb; tools; useful; users; valuable; value; www" }, { "presentation_id": "PID-02-28-2017-005-01", "year": "2017", "pp_date": "2/28/2017", "title": "Measuring the Impact of the Protein Data Bank", "author": "Helen Berman", "file_url": "https://www.nitrd.gov/nitrdgroups/images/a/a1/Helen_Berman_-_MIDRWorkshop.pdf", "media_type": "pdf", "description": "Presentation given by Helen Berman at Big Data Workshop \"Measuring the Impact of Digital Repositories\". Presentation outline: \"Protein Data Bank: First open access digital resource for biology data (est. 1971 with 7 entries); Single global archive of experimental 3D structures of biological macromolecules (>126,000 entries); Primary data for structural biology, computational biology, drug discovery; Complements GenBank and UniProt sequence database; All data made freely available (primary users scientists and educators around the globe); Global archive of experimental macromolecular structure data central to biomedical research\".", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "digital repositories; metrics; large-scale data; big data; data management; data analysis", "comments": "Big Data Workshop: \"Measuring the Impact of Digital Repositories\"", "presented_at": "Big Data", "key_words": "access; al; archive; bank; base; biological; biology; chronic; cost; data; databases; depositions; discovery; downloaded; drug; entries; et; experimental; files; ftp; funded; global; id; impact; mention; million; molecular; nigms; nih; number; partners; pdb; pdbe; pdbj; primary; protein; rcsb; replicating; resources; secure; sequence; ss; statistics; structure; total; understanding; user; website; wwpdb; year" }, { "presentation_id": "PID-02-28-2017-006-01", "year": "2017", "pp_date": "2/28/2017", "title": "Assessing Data Repository Impact", "author": "Hoelter Levenstein", "file_url": "https://www.nitrd.gov/nitrdgroups/images/e/e3/Margaret_Levenstein_-_ICPSR_MIDRWorkshop.pdf", "media_type": "pdf", "description": "Presentation given by Hoelter Levenstein at Big Data Workshop \"Measuring the Impact of Digital Repositories\". Presentation outline: \"ICPSR - Inter-university Consortium for Political and Social Research. Assessing Impact. Challenges with Current Methods. Community-based Measures of Impact, Future Directions, Qualitative Measures\".", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "digital repositories; metrics; large-scale data; big data; data management; data analysis", "comments": "Big Data Workshop: \"Measuring the Impact of Digital Repositories\"", "presented_at": "Big Data", "key_words": "data; datasets; defined; digital; impact; individuals; institutions; introduction; justice; literature; medical; repository; science; shopping; social; studies; universities; workshop; world-wide" }, { "presentation_id": "PID-02-28-2017-007-01", "year": "2017", "pp_date": "2/28/2017", "title": "Measuring the impact of digital repositories", "author": "Jennifer Lin", "file_url": "https://www.nitrd.gov/nitrdgroups/images/9/9a/Jennifer_Lin_-_MIDRWorkshop.pdf", "media_type": "pdf", "description": "Presentation given by Jennifer Lin at Big Data Workshop \"Measuring the Impact of Digital Repositories\". Presentation outline: \"FORCE11 is a non-profit, community-based organization established after the 2011 Beyond the PDF meeting in San Diego, dedicated to the transformation of scholarly communications through technology. - Joint Declaration of Data Citation Principles: Importance, Credit and Attribution, Evidence, Unique Identification, Access, Persistence, Specificity and Verifiability, Interoperability and flexibility\".\n", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "digital repositories; metrics; large-scale data; big data; data management; data analysis", "comments": "Big Data Workshop: \"Measuring the Impact of Digital Repositories\"", "presented_at": "Big Data", "key_words": "access; adaptation; article; citation; content; data; data-literature; dataset; deposit; doi; genetic; gerstein; identifier; literature; metadata; parallel; publishers; repositories; research; software; systems; workflow" }, { "presentation_id": "PID-02-28-2017-008-01", "year": "2017", "pp_date": "2/28/2017", "title": "ELIXIR", "author": "Johanna McIntyre", "file_url": "https://www.nitrd.gov/nitrdgroups/images/6/6a/Johanna_McIntyre_-_MIDRWorkshop.pdf", "media_type": "pdf", "description": "Presentation given by Johanna McIntyre at Big Data Workshop \"Measuring the Impact of Digital Repositories\". Presentation outline: \"ELIXIR is an intergovernmental organisation that brings together life science resources from across Europe. These resources include databases, software tools, training materials, cloud storage and supercomputers. The goal of ELIXIR is to coordinate these resources so that they form a single infrastructure. This infrastructure makes it easier for scientists to find and share data, exchange expertise, and agree on best practices. What are ELIXIR Core Data Resources? Why do we need indicators? Why identify Core Data Resources? Life cycle - ELIXIR Services\"..", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "digital repositories; metrics; large-scale data; big data; data management; data analysis", "comments": "Big Data Workshop: \"Measuring the Impact of Digital Repositories\"", "presented_at": "Big Data", "key_words": "access; area; base; bioinformatics; biological; community; competitive; core; cycle; data; fundamental; funding; governance; indicators; inform; infrastructure; legacy; legal; levels; monitoring; preservation; quality; research; resources; science; services; standards; trust; usage; user" }, { "presentation_id": "PID-02-28-2017-009-01", "year": "2017", "pp_date": "2/28/2017", "title": "Thoughts on Digital Repository Communities and Assessing Impact", "author": "Kim D. Pruitt", "file_url": "https://www.nitrd.gov/nitrdgroups/images/f/f4/Kim_Pruitt-_DRcommunity_MIDRWorkshop.pdf", "media_type": "pdf", "description": "Presentation given by Kim D. Pruitt at Big Data Workshop \"Measuring the Impact of Digital Repositories\". Presentation outline: \"Digital repository stakeholders: authors, researchers, sequencing labs, analysts, clinicians, educators, patients, lawyers, publishers, funders. Digital repository submitter needs; Digital repository - FAIR downstream user needs. Measuring the impact of digital repositories\".\n", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "digital repositories; metrics; large-scale data; big data; data management; data analysis", "comments": "Big Data Workshop: \"Measuring the Impact of Digital Repositories\"", "presented_at": "Big Data", "key_words": "analysis; analytics; archive; backup; biotechnology; center; communication; compatible; data; digital; educators; foundational; genome; health; impact; information; interoperable; labs; metrics; patients; peer-review; plan; public; publishers; research; search; services; standards; ools; transparency" }, { "presentation_id": "PID-02-28-2017-010-01", "year": "2017", "pp_date": "2/28/2017", "title": "EMBL-EBI Impact Assessment: Value for money", "author": "Mary Barlow", "file_url": "https://www.nitrd.gov/nitrdgroups/images/3/35/Mary_Barlow_-_EMBL-EBI_MIDRWorkshop.pdf", "media_type": "pdf", "description": "Presentation given by Mary Barlow at Big Data Workshop \"Measuring the Impact of Digital Repositories\". Presentation outline: \"Why measure impact? Beagrie/Houghton Report: methods of assessment; Community value; Productivity Impact; Wider societal impact: Return on Investment\".", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "digital repositories; metrics; large-scale data; big data; data management; data analysis", "comments": "Big Data Workshop: \"Measuring the Impact of Digital Repositories\"", "presented_at": "Big Data", "key_words": "accessible; citation; community; connected; content; data; datasets; discovery; impact; importance; interoperable; metadata; open; repositories; required; researchers; reusable; roadmap; science; scientific; standard" }, { "presentation_id": "PID-02-28-2017-011-01", "year": "2017", "pp_date": "2/28/2017", "title": "Measuring the Impact of Digital Repositories", "author": "Merce Crosas", "file_url": "https://www.nitrd.gov/nitrdgroups/images/d/d4/Merce_Crosas_-_MIDRWorkshop.pdf", "media_type": "pdf", "description": "Presentation given by Merce Crosas at Big Data Workshop \"Measuring the Impact of Digital Repositories\". Presentation outline: \"The importance of being FAIR. The importance of being cited. The importance of being connected\".", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "digital repositories; metrics; large-scale data; big data; data management; data analysis", "comments": "Big Data Workshop: \"Measuring the Impact of Digital Repositories\"", "presented_at": "Big Data", "key_words": "accessible; citation; community; connected; content; data; datasets; discovery; impact; importance; interoperable; metadata; open; repositories; required; researchers; reusable; roadmap; science; scientific; standard" }, { "presentation_id": "PID-02-28-2017-012-01", "year": "2017", "pp_date": "2/28/2017", "title": "Core Trustworthy Data Repository Requirements", "author": "Mustapha Mokrane", "file_url": "https://www.nitrd.gov/nitrdgroups/images/d/d0/Mustapha_Mokrane_-_ICSU_MIDRWorkshop.pdf", "media_type": "pdf", "description": "Presentation given by Mustapha Mokrane at Big Data Workshop \"Measuring the Impact of Digital Repositories\". Presentation outline: \"Core Trustworthy Data Repository Certification; Impact of Core Certification\".", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "digital repositories; metrics; large-scale data; big data; data management; data analysis", "comments": "Big Data Workshop: \"Measuring the Impact of Digital Repositories\"", "presented_at": "Big Data", "key_words": "accessible; citation; community; connected; content; data; datasets; discovery; impact; importance; interoperable; metadata; open; repositories; required; researchers; reusable; roadmap; science; scientific; standard" }, { "presentation_id": "PID-02-28-2017-013-01", "year": "2017", "pp_date": "2/28/2017", "title": "Measuring the Impact of a Scientific Data Center", "author": "Robert Downs", "file_url": "https://www.nitrd.gov/nitrdgroups/images/8/88/Robert_Downs_-_MIDRWorkshop.pdf", "media_type": "pdf", "description": "Presentation given by Robert Downs at Big Data Workshop \"Measuring the Impact of Digital Repositories\". Presentation outline: \"NASA Socioeconomic Data and Application Center (SEDAC); Citations of SEDAC Data; Persistent Identifiers in Data Citations; Multidisciplinary Impact of SEDAC Data\".\n", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "digital repositories; metrics; large-scale data; big data; data management; data analysis", "comments": "Big Data Workshop: \"Measuring the Impact of Digital Repositories\"", "presented_at": "Big Data", "key_words": "applications; biology; business; chemistry; citations; clinical; data; economics; engineering; environment; genetics; geosciences; identifiers; knowledge; materials; mathematics; measuring; medicine; molecular; multidisciplinary; nasa; neuroscience; persistent; pharmacology; physics; psychiatry; psychology; repository; science; social; socioeconomic; subject; trademark" }, { "presentation_id": "PID-02-28-2017-014-01", "year": "2017", "pp_date": "2/28/2017", "title": "Measuring the Impact of Digital Repositories", "author": "Sayeed Choudhury", "file_url": "https://www.nitrd.gov/nitrdgroups/images/d/d2/Sayeed_Choudhury_-_MIDRWorkshop.pdf", "media_type": "pdf", "description": "Presentation given by Sayeed Choudhury at Big Data Workshop \"Measuring the Impact of Digital Repositories\". Presentation outline: \"Measures from Institutional Repositories: Generally speaking, we count things because we can, downloads, citations. What is the right metric for these measures? How many downloads or citations constitutes impact? What about data that aren't stored on institutional repositories? \"We need to move from a repository centric viewpoint to a resource centric viewpoint.\" - Herbert Van de Sompel\".", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "digital repositories; metrics; large-scale data; big data; data management; data analysis", "comments": "Big Data Workshop: \"Measuring the Impact of Digital Repositories\"", "presented_at": "Big Data", "key_words": "access; assess; citations; data; digital; foundation; funders; grants; journal; libraries; measures; national; perspective; pressure; publication; report; repository; reproducibility; resource; science; sheridan; study; viewpoint" }, { "presentation_id": "PID-02-28-2017-015-01", "year": "2017", "pp_date": "2/28/2017", "title": "Measuring the Impact of Digital Repositories", "author": "Tony Hey", "file_url": "https://www.nitrd.gov/nitrdgroups/images/0/06/Tony_Hey_-_MIDRWorkshop.pdf", "media_type": "pdf", "description": "Presentation given by Tony Hey at Big Data Workshop \"Measuring the Impact of Digital Repositories\". Presentation outline: \"The Data Asset Framework (DAF) provides organisations with the means to identify, locate, describe and assess how they are managing their research data assets. DAF is a set of survey methods to enable data auditors to gather this information. DAF helps with planning a strategy to ensure research data produced in UK Higher Education Institutions are preserved and remains accessible in the long term. DAF was created in a project led by HATII at the University of Glasgow. Jisc UK Digital Asset Framework (DAF) survey; Oxford Research Archive (ORA)\".\n", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "digital repositories; metrics; large-scale data; big data; data management; data analysis", "comments": "Big Data Workshop: \"Measuring the Impact of Digital Repositories\"", "presented_at": "Big Data", "key_words": "archive; asset; compliance; data; datasets; digital; institution; measuring; meeting; metadata; preserve; ps; public; research; respondents; sensitive; services; statistics; technology; university" }, { "presentation_id": "PID-02-28-2017-016-01", "year": "2017", "pp_date": "2/28/2017", "title": "NIST Common Access Platform", "author": "Wo Chang", "file_url": "https://www.nitrd.gov/nitrdgroups/images/a/a4/Wo_Chang_-_NIST_CAP_MIDRWorkshop.pdf", "media_type": "pdf", "description": "Presentation given by Wo Chang at Big Data Workshop \"Measuring the Impact of Digital Repositories\". Presentation outline: \"NIST Common Access Platform; Conceptual Model: Problem Space; Logical Model (PIDs); Interagency Technical Advisory Group (iTAG): To provide a forum for Federal agency and entity coordination on operational requirements and insights on how to maximize access to scientific and technical data. Members of the iTAG are Federal employees participating in their individual capacity as subject matter experts and providing their own perspectives from a range of agency and entity settings\".\n\n", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "digital repositories; metrics; large-scale data; big data; data management; data analysis", "comments": "Big Data Workshop: \"Measuring the Impact of Digital Repositories\"", "presented_at": "Big Data", "key_words": "access; agency; architecture; content; data; dataset; definitions; development; discovery; federal; identifier; information; metadata; payload; process; publications; reference; registry; repository; resolver; servers; service; software; system; technical; tools; users" }, { "presentation_id": "PID-02-28-2017-017-01", "year": "2017", "pp_date": "2/28/2017", "title": "Measuring the Value of Digital Repositories", "author": "Yusuke Kuwayama", "file_url": "https://www.nitrd.gov/nitrdgroups/images/f/f8/Yusuke_Kuwayama_-_MIDRWorkshop.pdf", "media_type": "pdf", "description": "Presentation given by Yusuke Kuwayama at Big Data Workshop \"Measuring the Impact of Digital Repositories\". Presentation outline: \"What is the Value of Information (VOI)? How can we estimate the VOI from digital repositories? The VALUABLES Consortium\".", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "digital repositories; metrics; large-scale data; big data; data management; data analysis", "comments": "Big Data Workshop: \"Measuring the Impact of Digital Repositories\"", "presented_at": "Big Data", "key_words": "access; agreement; application; approach; benefits; community; compelling; consortium; control; convey; cooperative; decision; depend; digital; earth; gains; individual; information; interdisciplinary; measuring; objectives; observations; organization; outcome; reduction; repository; stakeholders; technologies; uncertainty; value" }, { "presentation_id": "PID-02-17-2017-001-00", "year": "2017", "pp_date": "2/17/2017", "title": "Creating New Sources of Data and Embedded Systems to Understand Cities (video)", "author": "Charlie Catlett", "file_url": "https://www.youtube.com/watch?v=b03XYkgpnuM&feature=youtu.be ", "media_type": "video", "description": "Charlie Catlett discusses the work that Argonne National Laboratory and the University of Chicago are doing in partnership with the City of Chicago and other cities through the Urban Center for Computation and Data, focusing in particular on new opportunities related to embedded systems and integrated data platforms. Urbanization is one of the great challenges and opportunities of this century, inextricably tied to global challenges ranging from climate change to sustainable use of energy and natural resources, and from personal health and safety to accelerating innovation and education. There is a growing science community—spanning nearly every discipline—pursuing research related to these challenges. The availability of urban data has increased over the past few years, in particular through open data initiatives, creating new opportunities for collaboration between academia and local government in areas ranging from scalable data infrastructure to tools for data analytics, along with challenges such as replicability of solutions between cities, integrating and validating data for scientific investigation, and protecting privacy. For many urban questions, however, new data sources will be required with greater spatial and/or temporal resolution, driving innovation in the use of sensors in mobile devices as well as embedding intelligent sensing infrastructure in the built environment. Collectively these data sources also hold promise to begin to integrate computational models associated with individual urban sectors such as transportation, building energy use, or climate. Catlett will discuss the work that Argonne National Laboratory and the University of Chicago are doing in partnership with the City of Chicago and other cities through the Urban Center for Computation and Data, focusing in particular on new opportunities related to embedded systems and integrated data platforms.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "urbanization; data; embedded systems", "comments": "", "presented_at": "FASTER", "key_words": "building; camera; challenges; city; community; computer; data; devices; information; inspection; learning; machine; model; neighborhood; open; people; program; project; reliability; safety; science; sensor; understand; university; weather; wiring; working" }, { "presentation_id": "PID-02-14-2017-001-01", "year": "2017", "pp_date": "2/14/2017", "title": "Future Infrastructure Planning", "author": "John Moore", "file_url": "https://www.nitrd.gov/nitrdgroups/images/7/77/Future_Infrastructure_Planning_-_John_Moore.pdf", "media_type": "pdf", "description": "Presentation given by John Moore at JET monthly meeting, 02/14/2017. Presentation outline: \"Internet2 is beginning the process of defining the future network architecture to support its user community needs, provide a national-scale infrastructure, and provide support for research and education in the U.S. Internet2 is currently seeking inputs from users, campus IT/networking professionals, regionals and other users. They are holding workshops and calling for papers from these communities to identify future needs. Industry organizations and providers are also involved to provide opportunities for collaborations. Working groups are currently being formed to focus on academic enterprise needs and to identify research community needs. Internet2 is seeking broader input as well. To date input has identified a need for: - An infrastructure and services ecosystem Provide an ecosystem in collaboration among community stakeholders: scope needs to be national and international; the technical platform will be more software, less on manual configuration. - Partnerships with all potential users, providers, and affected organizations Integrated services require tight coupling of all providers. Industry should be engaged, including open industry collaborations such as: Open compute platform, CORD - Infrastructure as a platform The community needs a platform for experimentation. Refresh needs to be incremental. The platform needs to be nimble, support services at different scales, integrate commercial clouds, and provide dedicated, tuned connectivity among science DMZs. - Engineering and architecture Services for academic enterprise and research support should be separated. Cost-effectiveness is critical. Transparency should be a fundamental design principle. We need a cheap reliable core with a flexible local edge. Enable a shareable, distributed, generalized compute infrastructure. Security, resilience, trust and identity are critical. - Advocacy and coordination Internet2 should advocate for national and state investment in R&E networking. Shareholders should be an integral part of the planning and operational coordination. The community needs to be engaged about developing the workforce to staff the network and to plan for future workforce needs\".", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networks; networked systems; infrastructure; services; research; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "academic; architecture; collaboration; community; compute; coordination; cost-effective; data; delivery; design; development; ecosystem; efforts; engineering; enterprise; experiment; fundamental; industry; infrastructure; integrated; international; investment; national; network; open; operational; partnerships; planning; platform; process; research; services; support; talent; trust" }, { "presentation_id": "PID-02-01-2017-001-01", "year": "2017", "pp_date": "2/1/2017", "title": "Software Defined Services (SDS) For High Performance Large Scale Science Data Streams Across 100 Gbps WANs", "author": "Joe Mambretti", "file_url": "https://www.nitrd.gov/nitrdgroups/images/0/06/Software_Defined_Services_-_Joe_Mambretti.pdf", "media_type": "pdf", "description": "Many of the current large scale science data applications are developing and using SDS, such as LIGO, TeraGrid, BIRN, ALMA, and many, many other user applications. The SDS services provide: - Networks that take advantage of IT architecture and Technology - Extremely large capacity (multi Tbps streams) - High degrees of communication services customization - Highly programmable networks - Network facilities as enabling platforms for all types of services - Network visualization - Highly distributed processes - Real-time network performance analysis The SDS support a complex range of policy processes, state machines, orchestrators, state data bases, performance measurement and real-time analytic applications, security, and interfaces (Eastbound, Westbound, Northbound, Southbound). Important platforms for SDS include Opendaylight (Baryllium) and GENI.(an NSF funded virtual laboratory for exploring future internets at scale). GENI is dynamic and adaptable and provides guidance to instruments used by other science disciplines (astronomy, HEP). In the future, the cyberinfrastructure will be highly distributed supporting multiple empirical research testbeds at scale including next generation GENI,, Edge clouds, IOT, US Ignite, Platform for Advanced Wireless Research (PAWR) and many others. This infrastructure is currently being planned and designed by researchers for researchers.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "software defined services; high performance computing; data; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "advanced; center; cloud; compute; control; data; distributed; environment; experimental; global; infrastructure; innovations; international; internet; national; network; neutron; nodes; platform; research; resources; science; sdx; services; testbed; university; virtual" }, { "presentation_id": "PID-01-04-2017-001-01", "year": "2017", "pp_date": "1/4/2017", "title": "The Fermilab HEPCloud, or How to add 240 TFlops in an hour or two", "author": "Burt Holzman", "file_url": "https://www.nitrd.gov/nitrdgroups/images/8/8e/Fermilab_HEPCloud_-_Burt_Holzman.pdf", "media_type": "pdf", "description": "There are rapidly changing computer architectures and increasing data volumes in HEP that require effective cross-cutting solutions. Computing needs in HEP will soon be 10-100 x current capacity. Industry resources currently equal or exceed research resources in computation and commercial costs are decreasing significantly. Computation requirements fluctuate significantly over time depending on instrument and modeling schedules. To address these needs there are resources available in Grids (VOs of users in trust federations), Cloud resources (community clouds in trust federations), and HPC resources (Researchers granted access to HPC installations. In this environment HEPCloud is a portal to the ecosystem of diverse computing resources (commercial and academic). HEPCloud provides complete solutions to users with agreed-upon levels of service. The facility routes to local or remote resources based on workflow requirements, cost, and efficiency of accessing the resources. HEPCloud also manages allocations of users to target compute engines. HEPCloud's goal is to move into production during FY2018. Seed money is provided by industry. HEPCloud collaborators include: worldwide LHC Computing Grid, BNL and ATLAS, ANL, HT Condor, CMS/IF experiments, and CERN.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "computation; grid; cloud computing; high performance computing; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "cloud; commercial; compute; cost; data; experiment; facility; grid; hpc; network; neutrino; particle; physics; price; processing; production; resources; science; service; simulation; storage; tools; type; vms; workflows" }, { "presentation_id": "PID-11-15-2016-001-01", "year": "2016", "pp_date": "11/15/2016", "title": "CILogon 2.0", "author": "Jim Basney", "file_url": "https://www.nitrd.gov/nitrdgroups/images/f/fc/CILogon2-JimBasney-11-15-2016.pdf", "media_type": "pdf", "description": "Cybersecurity Innovation for Cyberinfrastructure (CICI): Advancements in data-driven scientific research depend on trustworthy and reliable cyberinfrastructure. Researchers rely on a variety of networked technologies and software tools to achieve their scientific goals. These may include local or remote instruments, wireless sensors, software programs, operating systems, database servers, high-performance computing, large-scale storage, and other critical infrastructure connected by high-speed networking. This complex, distributed, interconnected global cyberinfrastructure ecosystem presents unique cybersecurity challenges. NSF-funded scientific instruments, sensors and equipment are specialized, highly-visible assets that present attractive targets for both unintentional errors and malicious activity; untrustworthy software or a loss of integrity of the data collected by a scientific instrument may mean corrupt, skewed or incomplete results. Furthermore, often data-driven research, e.g., in the medical field or in the social sciences, requires access to private information, and exposure of such data may cause financial, reputational and/or other damage. Therefore, an increasing area of focus for NSF is the development and deployment of hardware and software technologies and techniques to protect research cyberinfrastructure across every stage of the scientific workflow. 3 year NSF CICI project -January 2016 - December 2018 -Provide an integrated open source Identity and Access Management (IdAM) platform for cyberinfrastructure -CILogon: federated identity management -COmanage: collaborative organization management -Support international collaborations.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "identity management; middleware; grid; cloud; cyberinfrastructure; high performance computing; networking", "comments": "", "presented_at": "MAGIC", "key_words": "center; collaboration; connect; incommon; institute; internet; laboratory; management; medical; security; ystem; technology; university" }, { "presentation_id": "PID-11-15-2016-002-01", "year": "2016", "pp_date": "11/15/2016", "title": "Using Globus Auth to Streamline the Creation, Integration, and Use of Research Services", "author": "Steve Tuecke", "file_url": "https://www.nitrd.gov/nitrdgroups/images/6/6d/Globus-SteveTuecke-11-15-2016.pdf", "media_type": "pdf", "description": "Globus helps to enable virtual organizations that collaborate across organizational boundaries, and allows scientists to focus on their research, not IT problems. We are at the forefront of conversations about research data management, campus bridging, and models for creating sustainable software. Globus is developed and operated by the University of Chicago and Argonne National Laboratory, and is supported by funding from the Department of Energy, the National Science Foundation, and the National Institutes of Health. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cloud computing; software as a service; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "access; account; api; applications; authenticates; authorization; browser; client; cloud; consent; data; dependent; desktop; dmz; endpoint; firewall; globus; identity; interactions; research; resource; science; service; token" }, { "presentation_id": "PID-11-15-2016-004-01", "year": "2016", "pp_date": "11/15/2016", "title": "InCommon and Global Federation Issues", "author": "Tom Barton", "file_url": "https://www.nitrd.gov/nitrdgroups/images/4/45/InCommon-TomBarton-11-15-2016.pdf", "media_type": "pdf", "description": "Scale of global federation and the role of federation operators (fed ops) - Managing risk of federated authentication - Elevating trust in federation Theme: Maturing global federation demands evolving the roles of federation operators and federation members in producing trust in federation.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "metadata; authentication; interoperability; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "assurance; attributes; authentication; baseline; community; completeness; engagement; entity; federation; global; identity; incommon; metadata; organizations; response; risk; security; service; standard; trust" }, { "presentation_id": "PID-11-15-2016-003-01", "year": "2016", "pp_date": "11/15/2016", "title": "Update on IdM for Research: What's new since SC15?", "author": "Von Welch", "file_url": "https://www.nitrd.gov/nitrdgroups/images/b/b8/IdM-for-Research-VonWelch-11-15-2016.pdf", "media_type": "pdf", "description": "This talk covering both Identity Management (IdM) and Identity & Access Management (IAM).", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "identity management; access control; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "collaboration; committee; cybersecurity; federated; global; identity; incommon; management; research; response; science; service; solution" }, { "presentation_id": "PID-11-15-2016-001-01", "year": "2016", "pp_date": "11/15/2016", "title": "SC2016 Panel: National Strategic Computing Initiative Update", "author": "Keith Marzullo;Erin Szulman;Stephen Binkley", "file_url": "https://www.nitrd.gov/nitrdgroups/images/f/fe/SC16_Panel_NSCI_update.pdf", "media_type": "pdf", "description": "National Strategic Computing Initiative (NSCI) was launched in July 2015 by Presidential Executive Order to maximize the benefits of HPC research, development, and deployment for advancing science and ensuring economic competitiveness. The panel will provide an update on the NSCI to the HPC community with details about the NSCI implementation plan and allow a dialogue with key NSCI agencies and the White House. The panelists are composed of senior government personnel representing some of the key NSCI agencies and the White House. The panelists offer a long-term NSCI strategic vision and will address a broad range of policy, technology, and implementation details.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "supercomputing; high end computing; high-capability computing; systems; national; strategic computing", "comments": "Supercomputing (SC) 16 Panel", "presented_at": "HEC", "key_words": "academia; activities; advanced; agencies; applications; capable; collaboration; computing; deliver; development; discovery; doe; ecosystem; ecp; effort; exascale; executive; federal; foundational; government; hpc; industry; initiative; meeting; million; national; needs; nsci; objectives; office; order; pcast; performance; plan; president; private; program; project; research; science; scientific; sector; software; strategic; support; systems; technology; workforce; working; workshop" }, { "presentation_id": "PID-11-13-2016-001-01", "year": "2016", "pp_date": "11/13/2016", "title": "Software Defined Services (SDS) For High Performance Large Scale Science Data Streams Across 100 Gbps WANs", "author": "Joe Mambretti", "file_url": "https://www.nitrd.gov/nitrdgroups/images/6/6e/SC16_SDS_100G_WAN.pdf", "media_type": "pdf", "description": "Global Environment for Network Innovations (GENI): GENI is an open infrastructure for at-scale networking and distributed systems research and education that spans the US. The goal of GENI is to enhance experimental research in computer networking and distributed systems, and to accelerate the transition of this research into products and services that will improve the economic competitiveness of the United States.; Future Cyberinfrastructure; ExoGENI Testbed; iGENI", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networks; networked systems; research; data; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "compute; current; data; distributed; environment; foundation; genomic; global; infrastructure; innovations; international; internet; national; network; platform; remote; repository; research; resources; science; sdx; services; storage; technology; university; virtual; visualization" }, { "presentation_id": "PID-11-08-2016-001-00", "year": "2016", "pp_date": "11/8/2016", "title": "A Superfacility for Data Intensive Science (video)", "author": "Katherine Yelick", "file_url": "https://www.youtube.com/watch?v=E4dDm1ixojQ ", "media_type": "video", "description": "Presentation and discussion with Dr. Katherine Yelick, Associate Laboratory Director for Computing Sciences at Lawrence Berkeley National Laboratory, and Professor of Electrical Engineering and Computer Sciences, University of California at Berkeley. Dr. Yelick presented on a Superfacility for Data Intensive Science. In the same way that the Internet has combined with web content and search engines to revolutionize every aspect of our lives, the scientific process is poised to undergo a radical transformation based on the ability to access, analyze, and merge complex data sets. Scientists will be able to combine their own data with that of other scientists, validating models, interpreting experiments, re-using and re-analyzing data, and making use of sophisticated mathematical analyses and simulations to drive the discovery of relationships across data sets. This \"scientific web\" will yield higher quality science, more insights per experiment, a higher impact from major investments in scientific instruments, and an increased democratization of science—allowing people from a wide variety of backgrounds to participate in the science process. Scientists have always demanded some of the fastest computers for computer simulations, and while this has not abated, there is a new driver for computer performance with the need to analyze large experimental and observational data sets. The exponential growth rates in detectors, sequencers and other observational technology, data sets across many science disciplines are outstripping the storage, computing, and algorithmic techniques available to individual scientists. The first step in realizing this is to consider the model used for scientific user facilities, including experimental facilities, wide area networks, computing and data facilities. To maximize scientific productivity and the efficiency of the infrastructure, these facilities should be viewed as a single tightly integrated \"superfacility\" where data streams between locations and experiments can be integrated with high-speed analytics and simulation. Equally important to this model is the need for advanced research in computer science, applied mathematics, and statistics to deal with increasingly sophisticated scientific questions and the complexity of the data. In this talk I will describe some examples of how science disciplines such as biology, material science and cosmology are changing in the face of their own data explosions, and how this will lead to a set of research questions due to the scale of the data sets, the data rates, inherent noise and complexity, and the need to \"fuse\" disparate data sets. What is really needed for data-driven science workloads in terms of hardware, systems software, networks and programming environments and how well can those be supported on systems that also run simulation codes? How will the imminent hardware disruptions affect the ability to perform data analysis computations and what types of algorithms will be required?", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "data; networks; networked systems; high performance computing", "comments": "", "presented_at": "FASTER", "key_words": "access; algorithms; analysis; architectures; community; computing; data; experimental; facility; hpc; learning; network; science; simulation; system" }, { "presentation_id": "PID-10-05-2016-001-01", "year": "2016", "pp_date": "10/5/2016", "title": "Volunteer Computing and BOINC", "author": "David P. Anderson", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2/2f/10162016_BOINC.pdf", "media_type": "pdf", "description": "BOINC provides middleware for volunteer computing. It is NSF funded, open-source, and community maintained. The server is used by scientist s t o do project s. The client runs on consumer devices and fetches and runs jobs in the background. Example project s for which BOINC is used include: - Climate eprediction.net out of Oxford University - Rosetta@home - Einstein@home - IBM World Community (generally biomedical and environment al simulations) - CERN part icle physics analysis Current BOINC resources include 500,000 active devices, 2.3M CPU cores, 290,000 GPUs, 93 PetaFlops on 85% Windows, 7% Mac, 7% Linux. The potential is much higher if people subscribed to BOINC (up to 1 billion desktop/ laptop PCs and 5 Billion Smart phones. The cost of a BOINC TeraFlop is extraordinarily small compared to equivalent resources on a CPU cluster or Amazon EC2. The BOINC model of use is that an app can have many versions. Jobs submit to apps, not versions, and the BOINC scheduler decides what version to use. Apps include: Windows/ Intel, Mac OS X, Linux/ Intel, Linux/ ARM, multicore, and GPU apps.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "scientific computing; middleware; open-source; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "client; community; computing; cost; cpu; data; development; devices; exaflops; grid; learn; science; system" }, { "presentation_id": "PID-09-29-2016-0001-01", "year": "2016", "pp_date": "9/29/2016", "title": "The Networking and Information Technology R&D Program", "author": "Bryan Biegel", "file_url": "https://www.nitrd.gov/documents/2016-09-29_NITRD_Brief_Federal_R&D_Workshop.pdf", "media_type": "pdf", "description": "Briefing given by Dr. Bryan Biegel at the 4th Annual Federal R&D Agency Workshop, held at the U.S. Capitol Visitors Center in Washington, D.C., on September 29, 2016. The workshop was organized by the Florida State University System. The presentation gives an overview of the NITRD Program, describes key NITRD technical areas, and gives a summary of how to engage with the NITRD Program.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "NITRD Program; cybersecurity; high end computing; big data; privacy; broadband; smart cities; artificial intelligence", "comments": "Federal R&D Agency Workshop", "presented_at": "Other venue", "key_words": "analytics; broadband; cities; collaboration; computing; coordination; data; defense; deployment; develop; discovery; ecosystem; education; health; information; intelligence; networking; privacy; program; research; science; security; services; smart; strategic; systems; technology" }, { "presentation_id": "PID-09-06-2016-001-01", "year": "2016", "pp_date": "9/6/2016", "title": "ASCR High End Computing Requirements Gathering", "author": "Carolyn Lauzon", "file_url": "https://www.nitrd.gov/nitrdgroups/images/a/a4/09062016_RReview_MAGIC.pdf", "media_type": "pdf", "description": "DOE/ ASCR is currently in the process of identifying requirement s for High End Computing. It addresses requirement s for the ASCR facilities: - Argonne Leadership Computing Facility, currently 10 PF to be upgraded to 180 PF in 2018-2019. - Oak Ridge Leadership Computing Facility. Currently 27 PF to be upgraded to 150 PF in 2017-2018 - National Energy Research Scientific Computing (NERSC), currently 2.6 PF to be upgraded to over 30 PF in 2016 - ESnet This study is addressing what HPC systems and ecosystem will best advance science in 2020 - 2025. DOE/ ASCR is holding Exascale requirement s reviews for the DOE/ Office of Science. A Request for Information (RFI) is additionally soliciting information from the DOE national labs and, led by NIH, from NIH, NSF, and DOE for the broader community. The study identifies key computational science objectives that push exascale and describe the HPC ecosystem needed to meet science goals. The process communicates to DOE SC scientist s the known characteristics of upcoming compute systems and asks the scientists for feedback on the proposed architectures.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "high-end computing; data; science; computation; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "computing; conference; data; development; energy; exascale; experiment; facilities; health; hpc; memory; nuclear; physics; requirements; research; science; simulations; system" }, { "presentation_id": "PID-08-16-2016-001-01", "year": "2016", "pp_date": "8/16/2016", "title": "Small, Low-cost Nodes \"the Flock\"", "author": "Scott Chevalier", "file_url": "https://www.nitrd.gov/nitrdgroups/images/8/8b/0816_JET_Presentation_Chevalier_perfSONAR.pdf", "media_type": "pdf", "description": "Limited budgets for deploying perfSONAR provide an incentive for using low cost, small-form nodes. The small-form nodes provide transportability to alternative sites. They initially investigated ARM solutions (Cubox/perfCube), Beaglebone/Raspberry Pi) that are great for some uses (OWAMP) but they can not support 1Gbps testing and are difficult to support for ARM. Their low cost offers the opportunity for very widespread use. A survey identified that users were willing to pay a little more if they could then test at 1 Gbps. They targeted around $200. per node with the capability of 1 Gbps BWCTL throughput using Intel CPUs supporting ARM builds.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networks; networked systems; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "monitoring; net; network; nodes; perfsonar; projects; re-wiring; systems" }, { "presentation_id": "PID-08-12-2016-001-01", "year": "2016", "pp_date": "8/12/2016", "title": "Digital Vellum and Archives (video)", "author": "Vint Cerf", "file_url": "https://www.youtube.com/watch?v=0IabXOLdbAQ ", "media_type": "video", "description": "Presentation and discussion with Dr. Vinton G. Cerf, Vice President and Chief Internet Evangelist, Google. Dr. Cerf shared his perspectives regarding the Digital Vellum and the challenge of long-term preservation of digital information semantics. We digitize our images and sounds and texts in the expectation that this somehow provides these objects with immortality. Sadly, we may, instead, be creating a digital dark age in which our descendants will know nothing of our history and the products of our society. The physical media for digital storage may degrade; the ability to read the stored bits may be lost; the ability to correctly interpret the bits and render them or execute them may be lost. Operating systems, hardware and applications may no longer work for a variety of reasons. Companies and their proprietary software may go out of business and their products not work on computers in the future. Virtual machines and cloud computing may have a role to play but legal regimes and business models will also determine whether long-term preservation is feasible.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "data; archives; data management", "comments": "", "presented_at": "FASTER", "key_words": "access; archiving; containers; content; data; digital; environment; frameworks; hardware; library; machine; model; process; server; software; standard; static; storage; structure; system; virtual" }, { "presentation_id": "PID-08-12-2016-001-00", "year": "2016", "pp_date": "8/12/2016", "title": "Digital Vellum and Archives", "author": "Vint Cerf", "file_url": "https://www.nitrd.gov/nitrdgroups/images/4/48/DigitalVellumAndArchives.pdf ", "media_type": "pdf", "description": "Presentation and discussion with Dr. Vinton G. Cerf, Vice President and Chief Internet Evangelist, Google. Dr. Cerf shared his perspectives regarding the Digital Vellum and the challenge of long-term preservation of digital information semantics. We digitize our images and sounds and texts in the expectation that this somehow provides these objects with immortality. Sadly, we may, instead, be creating a digital dark age in which our descendants will know nothing of our history and the products of our society. The physical media for digital storage may degrade; the ability to read the stored bits may be lost; the ability to correctly interpret the bits and render them or execute them may be lost. Operating systems, hardware and applications may no longer work for a variety of reasons. Companies and their proprietary software may go out of business and their products not work on computers in the future. Virtual machines and cloud computing may have a role to play but legal regimes and business models will also determine whether long-term preservation is feasible.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "data; archives; data management", "comments": "", "presented_at": "FASTER", "key_words": "containers; content; data; environment; frameworks; hardware; library; preservation; process; standard; static; storage; structure; system; virtual" }, { "presentation_id": "PID-07-18-2016-001-01", "year": "2016", "pp_date": "7/19/2016", "title": "Research Data Management (video)", "author": "Laura Biven", "file_url": "https://www.youtube.com/watch?v=YixpDt_9SAI&feature=youtu.be ", "media_type": "video", "description": "Presentation and discussion with Dr. Laura Biven, Senior Science and Technology Advisor at the Office of the Deputy Director for Science Programs, Office of Science, US Department of Energy. Dr. Biven discussed the details of the DOE SC Data Management Plan, its requirements, the history behind them, and some thoughts for future work in the area of data management.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "data management; data; computation", "comments": "", "presented_at": "FASTER", "key_words": "access; analysis; community; computing; data; energy; experimental; facilities; information; management; physics; requirements; research; results; review; science; simulation; validate" }, { "presentation_id": "PID-07-18-2016-001-01", "year": "2016", "pp_date": "7/18/2016", "title": "Internet2 Network Plans", "author": "John Moore", "file_url": "https://www.nitrd.gov/nitrdgroups/images/7/73/JohnMooreI2NetworkPlans_JET_072016.pdf", "media_type": "pdf", "description": "Internet 2 plans include: - Aligning their net work services portfolio with the evolving community y needs - Developing deeper partnerships (with vendors) where it is mutually beneficial - Providing leadership in the network services landscape The goals of the 2016 Internet 2 re-architecture are: - To modify the core network to remove dependency on OpenFlow in the core, to build a rock solid production, single vendor (Juniper), MPLS-based core while maintaining the existing customer service view. - Providing a more agile platform in an overlay supporting SDN and OpenFlow - Simplifying the architecture and increasing visibility for planning purposes - Positioning Internet2 to be more innovative and responsive to community needs looking forward to 2018 -2023.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networks; networked systems; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "agile; architecture; community; conversation; network; openflow; platform; process; requirements; research; visibility" }, { "presentation_id": "PID-07-18-2016-001-00", "year": "2016", "pp_date": "7/18/2016", "title": "Research Data Management", "author": "Laura Biven", "file_url": "https://www.nitrd.gov/nitrdgroups/images/1/11/ResearchDataManagement_Laura_Biven.pdf ", "media_type": "pdf", "description": "Presentation and discussion with Dr. Laura Biven, Senior Science and Technology Advisor at the Office of the Deputy Director for Science Programs, Office of Science, US Department of Energy. Dr. Biven discussed the details of the DOE SC Data Management Plan, its requirements, the history behind them, and some thoughts for future work in the area of data management.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "data management; data", "comments": "", "presented_at": "FASTER", "key_words": "access; analysis; computing; data; energy; information; management; material; media; neutron; observational; physics; requirements; research; results; review; science; simulation; source; validate" }, { "presentation_id": "PID-07-12-2016-001-01", "year": "2016", "pp_date": "7/12/2016", "title": "Toward Evidence-Based Low-Defect Software Production", "author": "James Kirby Jr", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2/25/EvidenceBasedLowDefectSoftwareProduction.pdf", "media_type": "pdf", "description": "Software Production; Software development; Software sustainment; Software assurance. Software is Critical Building Material * Software defects - Important source of software vulnerabilities - Significant drag on US economy - Avoiding and mitigating them waste perhaps 1% GDP * Software production technology that enables timely, affordable production of low-defect software more likely to be adopted - Reducing software defects - Making government, Defense, & economy more agile, innovative, competitive. \n\n", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "software production; software-defined systems; software science; software", "comments": "NIST Workshop on Software Measures and Metrics to Reduce Security Vulnerabilities", "presented_at": "SPSQ", "key_words": "critical; defect; design; developers; domain; economy; engineering; enterprise; implementation; infrastructure; measurement; metric; models; national; production; requirements; software; systems; technology; tools; users" }, { "presentation_id": "PID-06-01-2016-001-01", "year": "2016", "pp_date": "6/1/2016", "title": "Tigres: Template Interfaces for Agile Parallel Data-Intensive Science", "author": "Lavanya Ramakrishnan", "file_url": "https://www.nitrd.gov/nitrdgroups/images/5/57/Tigres0616.pdf", "media_type": "pdf", "description": "Tigres provides template interfaces for agile parallel data-intensive science. While there are lots of workflow tools in existence, big science users are asking for tools to expedite their applications. Tigres provides templates for common scientific workflow patterns. The templates are implemented as a library in an existing language (currently Python and C) to implement sequential, parallel, split, and merged approaches to computation. It focuses on large-scale data-intensive work flows based on the MapReduce model. It extends current scripting/programming tools and is as easy to run as an MPI program on an HPC resource. Tigres provides a user-centric design process with constant feedback from the users. There are 4 Tigres templates for :Sequence, Parallel, Split, and Merge applications. Tigres provides a programming interface to support workflows, to optimize execution semantics on HPC systems, and to provide usability processes for API design and development.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "workflow; development; templates; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "api; array; build; code; create; curves; data; design; development; error; execution; failure; feedback; file; fit; hpc; hypothesis; input; iterative; jobs; learn; level; library; light; management; merge; model; monitoring; name; parallel; performance; process; programming; provides; python; research; sequence; software; split; state; support; task; templates; test; tigres; tn; tools; user; user-centered; workflow" }, { "presentation_id": "PID-05-05-2016-001-01", "year": "2016", "pp_date": "5/5/2016", "title": "Wireless Spectrum Sharing: Enforcement Frameworks, Technology and R&D (video)", "author": "Workshop participants", "file_url": "https://youtu.be/WwEFsbhtPZs", "media_type": "video", "description": "This workshop series stems from the Presidential memorandum issued on June 14, 2013, Expanding America's Leadership in Wireless Innovation and has focused on ways to make more wireless spectrum available by encouraging shared access by commercial and Federal users. As with any sharing environment, such as the way aircraft share airspace or vehicles share the roads, underlying enforcement principles for spectrum sharing are critical. Industry and government innovators agree that enforcement is a necessary component for any dynamic spectrum sharing environment to be meaningful and effective. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "enforcement; data; interference; measurements; spectrum; spectrum sharing; systems", "comments": "WSRD Workshop VIII", "presented_at": "WSRD", "key_words": "architecture; data; database; devices; enforcement; information; interference; measurements; operations; process; research; spectrum; system; technology" }, { "presentation_id": "PID-04-19-2016-001-01", "year": "2016", "pp_date": "4/19/2016", "title": "Securing .gov with EINSTEIN 3 Accelerated (E3A)", "author": "Konstandinos Kalpos; Peter Kim", "file_url": "https://www.nitrd.gov/nitrdgroups/images/e/e0/Einstein3ADHSBrief041916.pdf", "media_type": "pdf", "description": "DHS brief on EINSTEIN 3A. EINSTEIN is an operational moniker for the National Cybersecurity Protection System. Analogy to security for a building: * E1 is the logbook, where guests sign their name, who they are visiting, and the time. * E2 checks the names in the logbook against a list of bad guys. If a bad guy enters or exits the building, it sounds the alarm. * E³A is the gate and the guard that stops the bad guy from entering or exiting.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cyber threats; national; cybersecurity; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "accelerated; act; activity; agency; approximately; attachement; attacks; average; bad; benefits; building; capability; cyber; cybersecurity; data; direct; e-mail; einstein; employees; enterprise; enters; exits; federal; gov; guy; information; initiative; large; logbook; malware; management; moniker; name; national; ncps; network; number; organizations; overall; per; presidential; program; protects; security; small; steal; threat; traffic; vector; view" }, { "presentation_id": "PID-04-06-2016-001-01", "year": "2016", "pp_date": "4/6/2016", "title": "Update on Internet Identity and Collaboration Support", "author": "Ken Klingenstein", "file_url": "https://www.nitrd.gov/nitrdgroups/images/3/39/InternetIdentityCollaborationSupport040616.pdf", "media_type": "pdf", "description": "FICAM serves gov/gov and biz/gov. Their PKI Bridge provides high assurance and pharma mechanisms for controlled substances. Large SAML federations, e.g. NIEF, serve law enforcement, health, justice,… NSTIC has been enfolded into NIST. The IDESG (Identity Ecosystem Steering Group) creates trust frameworks, schema certifications for IdP, Relying Parties (RPs), intermediaries. They have produced an initial trust framework and associated self-asserted listing service Networking and Information Technology Research and Development General Data Production Regulation (GDRP) applies to all European states. It applies to all EU customers or clients worldwide and provides for massive fines for non-compliance. It provides revocable consent, clearly informed consent, the right to be forgotten, data portability between IdPs and sets the age of consent from 13 to 16. InCommon has 842+ participants in academic research institutions with over 8 million users. There are 100s of service providers. Certificate services are important, Multi Factor Authentication (MFA) devices and licenses are increasing and campus use is increasing rapidly. Metrics for MFA and InCommon need to move to the number of relying parties per IdP and the number of critical apps protected by MFA.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "internet identity; access control; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "access; attribute; brown; collaboration; consent; control; data; edugain; etc; facilities; federated; framework; group; identifiers; identity; idesg; idp; incident; include; incommon; increasing; informed; initial; internet; management; membership; mfa; national; number; orcid; participants; privacy; protection; protocols; providers; release; requirements; research; security; service; sirtifi; social; support; tag; trust; university; used; users; vo; waves" }, { "presentation_id": "PID-02-16-2016-001-01", "year": "2016", "pp_date": "2/16/2016", "title": "Internet2's Global Programs: International Connectivity", "author": "Urszula Chomicka", "file_url": "https://www.nitrd.gov/nitrdgroups/images/a/ae/InternationalNetworkingI2Update.pdf", "media_type": "pdf", "description": "Internet2 coordinates with 70-80 global networks. It currently is making major investments into ANA, Fujirah, and Singapore. The ANA 200G production ring was completed in November 2014 and provides a redundant 100G ring between 4 exchange points spanning the Atlantic. Internet2, CANARIE, NORDUnet, and SURFnet partnered on this project. A reciprocal backup agreement with ESnet is in-place. Its fat pipes connect NY, DC, London, Amsterdam, and CERN. In the Middle East Internet2 is invested in the Arabian Global Education Open Exchange Point (AGE-OX) in Fujirah. Internet2 is also committed to fund an upgrade of the existing 2.5G link to 10G to Singapore - NYU Abu Dhabi/Ankabut/Internet2. Internet2 is investing in a 100G SingAREN partnership with production in 2016 and a 10G CERNET partnership between Beijing and LA. Internet2 and CUDI are cooperating to upgrade cross-border connectivity at El Paso from 1 to 10G - ETA March 2016. Internet2 also supports the IRNC award networks: - Americas Lightpaths Express and Protect - FIU/Ga Tech for AtlanticWave SDX - Global NOC with IU - NetSage: Network monitoring and visualization over the NSF R&E networks - International SDX at StarLight Internet2 cooperates with GEANT that connects R&E sites in 40 countries in Europe. Routers have 100G capability with potential for 500G super-channels. Asian connectivity includes: - TEIN*CC and TEIN4 interconnect R&E sites in 18 Asian countries and connect to GEANT at 2.5 G from Madrid to Mumbai and 10G via ORIENTplus from Beijing to London. - Future Trans-Pacific links: o 10G to India o China CERNET at 10G o Japan SINET 100G to the U.S. o Korea: KREONET at 100G to Chicago o Australia/Hawaii upgrades to 100G Middle East connectivity is through MENA and provides networking to Algeria, Jordon, and Egypt. The Middle East ASREN network provides connectivity to Jordan, Egypt, Morocco, Sudan and Tunis from GEANT and Internet2. African connectivity is through UbuntuNet interlinking Eastern and Southern Africa to Europe. AfricaConnect2 will link additional African sites throughout Africa. WACREN provides connectivity to West and Central Africa. South American connectivity is through cooperation with Red CLARA and provides connectivity to Europe and the US (Florida and Texas). C@ribnet provides connectivity to many of the Caribbean islands", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "africa; africaconnect; ana; arn; asia; caribbean; cc; central; cernet; china; cluster; connected; education; europe; european; exchange; gbps; geant; global; grant; india; international; internet; investments; links; mbps; mexico; million; national; network; north; nrens; open; operations; per; pop; programs; project; qatar; republic; research; ribnet; singapore; south; tanzania; tein; ua; ubuntunet; update; wacren" }, { "presentation_id": "PID-02-03-2016-001-01", "year": "2016", "pp_date": "2/3/2016", "title": "Update on Trust and Identity at Internet2", "author": "Kevin M. Morooney", "file_url": "https://www.nitrd.gov/nitrdgroups/images/0/0a/TrustandIdentityatInternet2.pdf", "media_type": "pdf", "description": "Trust and Identity programs at Internet2 have been ongoing for 15 years. Internet2 management is raising the profile of these activities by appointing a dedicated Vice President for Trust and Identity Management, Kevin Morooney. Clarity in Trust and Identity is provided through the Incommon program and the Internet2 TIER program. These programs engage a broad community of users, developers and managers including: government sponsors, campuses, regionals, standards bodies, other Feds, NET+, CINO, CE, consortia, and vendors. InCommon provides: eduroam, eduGAIN, InCommon Federation, Shibboleth, Community Trust/Assurance, Multi Factor Authentication (MFA) profile(s), Certificate service, Federation management and support, Grouper, metadata query, inCERT, Fed incident response, COmanage, scalable consent, R&S entity , Social ID, MFA proxy service, metadata management and other capabilities. TIER includes a wide range of trust and identity services including: Shibboleth, Grouper, COmanage, scalable consent, CommIT, InCommon Certificate Service API, General APIs, Open ID Connect integration, entity registration, campus practices, training/education, and campus share repository. Networking and Information Technology Research and Development Internet2 activities to improve Trust and Identity includes: Federated incident response, eduGAiN, increases in federation participants, PoP replacement, and entity categories (Research and Scholarship (R&S)). Under the Research and Scholarship (R&S) category Internet2 is offering collaborative services for researchers via their federated identities by reducing the policy interpretation, inter-institutional agreements, and system configurations needed for those services. Using this service, participating researchers may easily and seamlessly access without friction or administration involvement. InCommon has introduced an international version of R&S to the REFEDS community that requires broad support from InCommon participants. Currently only 22% of the federation IdProviders are participating so researchers commonly encounter permission impediments. There is resistance by CIOs of IdProviders to joining R&S and a stronger outreach is needed to facility federated identity across research communities. Efforts are needed by senior research officers, industry and federal sponsors, and by existing collaborations and VOs (e.g., LIGO). ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "internet identity; access control; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "activities; attribute; california; campus; category; clarity; collaboration; college; colorado; community; entity; fed; federation; florida; identity; idps; illinois; incommon; instance; institute; internet; larpp; lifestyles; ligo; list; manager; metadata; mfa; multi-factor; national; network; north; practices; preserved; privacy; profile; program; registry; research; rich; service; state; system; technology; test; tier; tool; trust; university; wiki" }, { "presentation_id": "PID-01-06-2016-001-01", "year": "2016", "pp_date": "1/6/2016", "title": "Cloud Computing - A NIST Perspective and Beyond", "author": "Robert Bohn", "file_url": "https://www.nitrd.gov/nitrdgroups/images/8/82/NISTCloudComputing.pdf", "media_type": "pdf", "description": "NIST's goal is to accelerate the Federal government's adoption of cloud computing by building a USG Cloud Computing Technology Roadmap and by leading efforts to develop standards and guidelines. NIST starts from a NIST definition of Cloud Computing (SP 800-145) and a reference architecture for cloud computing. NIST defines cloud computing as \"a model for enabling convenient, on-demand network access to a shared pool of configurable computing resources (e.g., networks, servers,storage, applications, and services) that can be rapidly provisioned and released with minimal management effort or service provider interaction.\" There are 3 service models (SAAS, PAAS, IAAS), and 4 deployment models (public, private, community, hybrid). There are 5 essential characteristics (ondemand self service, broad network access, resource pooling, rapid elasticity, and measured service). Building a roadmap engaged industry, academia, government agencies, and several public working groups. The roadmap contains 10 requirements and priority action plans and technical output for the public working groups. The requirements contain standards, security, technical specifications, categorized cloud services, frameworks, organization policy, and other requirements (See NIST SP 500-293). The cloud computing reference architecture defines roles for the cloud consumer, cloud auditor, cloud carrier, cloud provider, and the cloud broker. Security and privacy are the responsibility of all these entities. A cloud security reference architecture is defined (NIST SP 500- 299).", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cloud computing; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "activities; agreement; analytics; application; architecture; available; business; chang; cloud; computing; consumer; data; definitions; develop; gov; group; iec; infrastructure; iso; jan; jtc; layer; management; measured; metrics; nbd-pwg; network; nist; organization; performance; platform; privacy; provider; public; reference; requirements; resource; roadmap; sc; security; service; sla; sp; standardization; system; taxonomies; technology; wg; wo; working" }, { "presentation_id": "PID-12-02-2015-001-01", "year": "2015", "pp_date": "12/2/2015", "title": "CloudLab", "author": "Aditya Akella", "file_url": "https://www.nitrd.gov/nitrdgroups/images/a/a3/Cloudlab_AdityaAkela.pdf", "media_type": "pdf", "description": "The NSF FutureCloud Program gave two $10M awards in mid-2014 for CloudLab (PI-Ricci) with sites in Utah, Wisconsin, and Clemson and Chameleon (PI-Kate Keahy) with sites in Chicago and UT/Austin/TACC. The awards were to: - Support multiple, large-scale concurrent short and long-term experiments. - Involve novel computing architectures and applications - Engage the research community as both users and developers CloudLab provides a flexible, scalable infrastructure to enable exploration of fundamental science in the cloud built by and for the research community. CloudLab is a meta-cloud for building clouds enabling users to build their own clouds on CloudLab resources. It is agnostic to specific cloud software. It provides control and visibility all the way to bare metal. It is sliceable so it can support multiple experiments at once. CloudLab provides one facility, one account over three locations and includes 5,000 cores each (15,000 total), 8-16 cores per node, baseline 8GB RAM/core using the latest virtualization hardware. It provides 10Gb to nodes using SDN and 100 Gb to Internet2 and AL2S and enables partnerships with multiple vendors. As of July 2015 there were 125 CloudLab projects with 440 users and 5600 experiments. They are exploring extreme and emerging cloud architectures, evaluating design choices for both hardware and software, studying geo-distributed data centers for low-latency, enabling real-time and nearrealtime compute services and enabling data-intensive computing. Applications are exploring resource allocation, big data frameworks, traffic engineering, abstractions, next-generation stacks in clouds, anomaly detection, security, application-driven cloud architectures, and composing services. Networking and Information Technology Research and Development CloudLab is federated with GENI so GENI accounts can be used and vice-versa. GENI provides 50 small clusters around the country and large clusters (100s of nodes) at several sites (ExoGENI). GENI provides wireless am=nd mobile services and connects international partners. CloudLab is open and in use. Hardware is being upgraded and refreshed regularly.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cloud computing; research; big data; computation; security; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-12-02-2015-002-01", "year": "2015", "pp_date": "12/2/2015", "title": "Chameleon: Building A Reconfigurable Experimental Testbed For Cloud Research ", "author": "Kate Keahey", "file_url": "https://www.nitrd.gov/nitrdgroups/images/9/9a/Chameleon_KateKeahey.pdf", "media_type": "pdf", "description": "Chameleon is building a reconfigurable experimental testbed for cloud research. It is large scale to support big data, big compute, big instrument research with 650 nodes (14,500 cores), 5 PB disk storage over 2 sites connected by 100 Gbps networking. It is reconfigurable for users to configure resources uniquely for their research in reproducible ways. It is allied with GENI, Grid5000 and other experimental testbeds. Hardware includes: - Multiple switches for 42 compute servers each with 128 GB RAM and 4 storage nodes X 2 - Chameleon core network of 100 Gbps - Heterogeneous cloud units : to be available in 2016 - Core services for 3.6 PB central file systems and front end and data movers The experimental work flow is being implemented to support experiment design, resource discovery, provisioning resources, configuring and interacting, monitoring, and analyzing to iteratively design the experiment and repeat the cycle. Today there are over 500 users implementing 140 projects.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "testbeds; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-11-15-2015-006-01", "year": "2015", "pp_date": "11/20/2015", "title": "Good natured provocative remarks: It is, basically, a collision", "author": "Andrew W. Moore", "file_url": "https://www.nitrd.gov/nitrdgroups/images/a/a8/SC15Panel_AndrewMoore.pdf", "media_type": "pdf", "description": "A Big Data Machine Learning Problem. Machine Learning. Opinion: My gut feel on HPC and big data: * Classic HPC is far removed from what is normally needed for big data * But big data can use a lot of help with * Vector compute at nodes * Fast RAM cache over Flash * Does NOT need accurate RAM * Does NOT need reliable compute nodes * Classic HPC will be much more important for the big-AI that will be built on the big-data.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "supercomputing; big data; high end computing; high-capability computing; systems", "comments": "Supercomputing (SC) 15 Panel", "presented_at": "HEC", "key_words": "" }, { "presentation_id": "PID-11-15-2015-005-01", "year": "2015", "pp_date": "11/19/2015", "title": "Discovery engines for 21st Century Science", "author": "Ian Foster", "file_url": "https://www.nitrd.gov/nitrdgroups/images/c/c8/SC15Panel_IanFoster.pdf", "media_type": "pdf", "description": "Data-driven discovery requires discovery engines. Such systems exist, but are specialized and expensive. Science needs many discovery engines. Discovery engines and extreme-scale computing.\n", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "supercomputing; big data; high end computing; high-capability computing; systems", "comments": "Supercomputing (SC) 15 Panel", "presented_at": "HEC", "key_words": "" }, { "presentation_id": "PID-11-15-2015-004-01", "year": "2015", "pp_date": "11/18/2015", "title": "Supercomputing & Big Data A Convergence?", "author": "Randal E. Bryant", "file_url": "https://www.nitrd.gov/nitrdgroups/images/5/5e/SC15panel_RandalBryant.pdf", "media_type": "pdf", "description": "Computing Trends. Titan Hardware. Network Cluster. Challenges for Convergence. What can the supercomputing and big-data communities learn from each other? Can and should the technologies for big data and highfidelity HPC simulation really merge? What new classes of applications would arise through a convergence? What research is needed to enable a convergence?\n\n", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "supercomputing; big data; high end computing; high-capability computing; systems", "comments": "Supercomputing (SC) 15 Panel", "presented_at": "HEC", "key_words": "" }, { "presentation_id": "PID-11-18-2015-001-01", "year": "2015", "pp_date": "11/18/2015", "title": "CILogon 2.0", "author": "Jim Basney", "file_url": "https://www.nitrd.gov/nitrdgroups/images/3/31/Cilogon20_JimBasney.pdf", "media_type": "pdf", "description": "CILogon enables use of federated identities for access to cyberinfrastructure. It translates across federations and protocols. CILogon IdPs number over 160 now with over 50 IdPs added via Research and Scholarship (R&S). There are over 6500 CILogon users now. NSF awarded a 3-year CICI award for January 2016 to December 2018 to provide an integrated open-source Identity and Access Management IdAM) platform. This includes CILogon for federated IdM and COmanage for collaborative organization management. This will support international collaborations. Science partners include NANOGrav Physics Frontier Center, LIGO, and DataONE. Cyberinfrastructure partners include XSEDE and AARC. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cyberinfrastructure; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-11-18-2015-004-01", "year": "2015", "pp_date": "11/18/2015", "title": "Globus MAGIC IAM Meeting", "author": "Steve Tuecke", "file_url": "https://www.nitrd.gov/nitrdgroups/images/6/6a/Globus_SteveTuecke.pdf", "media_type": "pdf", "description": "NCAR Remote Data Access (RDA) is improved with Globus Authorization by: - Removing the need for Globus identity - Integrating RDA and Globus Transfer API. - Leveraging other Globus Auth-enabled services - Removing the need for RDA identity - Integration with RDA REST APIs. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "remote data access; internet identity; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-11-18-2015-003-01", "year": "2015", "pp_date": "11/18/2015", "title": "InCommon and Global Federation Issues", "author": "Tom Barton", "file_url": "https://www.nitrd.gov/nitrdgroups/images/4/4b/Internet2_TomBarton.pdf", "media_type": "pdf", "description": "InCommon is implementing. - Attribute release - IdP/SP practice requirements - International federation They are developing IdP for researchers without federated credentials, operational security and operational continuity, a community practice trust framework and a federated incident response. Attributes include email, name, and a persistent identifier. They are developing frameworks for attribute release. Barriers include the inability of central IT to address policy questions and accept risks, a lack of communication between researchers and central IT, data privacy for the EU to non-EU transactions and a lack of technology to implement correct behavior. There is a Federation Interoperability Working Group that promotes: - IdP-SP interoperability - Participation by EU and U.S. R&E, Ping., Microsoft, OCLC - SAML V2.0 implementation profile for federation interoperability Next steps include REFEDS consultation, WG focus on deployment practices and In-Common Fed-Lab Sirtfi and Federated Security Incident Response enable R&E organizations to coordinate security incident response. First step is to establish a global standard. Sirtfi Trust Framework v1.0 defines low-bar security incident response. It is under REFEDS consultation now. Sirtfi Phase 2 will provide security contact information in R&E federation metadata. Sirtfi Phase 3 will provide proactive notification by IdP to SP of account breach on a need to know and private basis. Baseline trust needs to provide assurances to R&E Feds to enable mutual trust. FICAM/Kantara is too heavy. InCommon's Participant Operating Practices are too light and hard to verify. A new approach is needed. The Internet2 TIER project should help organizations with this.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "federation; security; interoperability; internet; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-11-18-2015-002-01", "year": "2015", "pp_date": "11/18/2015", "title": "GEANT Global Connectivity", "author": "Vincenzo Capone; Richard Hughes-Jones", "file_url": "https://www.nitrd.gov/nitrdgroups/images/9/91/GEANTGlobalConnectivity.pdf", "media_type": "pdf", "description": "GEANT is a fundamental element of Europe's e-infrastructure, delivering the pan-European GEANT network for scientific excellence, research, education and innovation. Through its integrated catalogue of connectivity, collaboration and identity services, GEANT provides users with highly reliable, unconstrained access to computing, analysis, storage, applications and other resources, to ensure that Europe remains at the forefront of research. ? Through interconnections with its 38 national research and education network (NREN) partners, the GEANT network is the largest and most advanced R&E network in the world, connecting over 50 million users at 10,000 institutions across Europe and supporting all scientific disciplines. The backbone network operates at speeds of up to 500Gbps and reaches over 100 national networks worldwide.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networks; networked systems; internet; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-11-18-2015-005-01", "year": "2015", "pp_date": "11/18/2015", "title": "Update on IdM for Research", "author": "Von Welch", "file_url": "https://www.nitrd.gov/nitrdgroups/images/9/95/IdM_VonWelch.pdf", "media_type": "pdf", "description": "The InCommon Research and Scholarship (R&S) members increased by 2 members last year. NSF is joining R&S as a Service Provider (SP). R&S increased by 15 IdPs and 6 SPs in 2015. R&S growth is not keeping up with InCommon growth. There were 667 InCommon members in October 2014, which grew to 810 members today. InCommon appointed Von Welch to the Steering Committee as their advisor for research. InCommon is joining EduGain to enable international use of identities. They are currently addressing legal issues of the participant agreements. NSF made a number of CCIE awards affecting IdM including to FeduShare and Vassar IdM. A number of InCommon services exist: - Globus Nexus - AuthO - SciGap - Google, etc. social media - ORCID Management is specific to workflows especially for Identity Access Management (IAM). At the NSF Cybersecurity Summit, IAM was a focus topic. Two factor authentication for smart phones is inexpensive and widely used. It, increasingly, is likely to become the default IdM. HIPAA plays an increasing role in research and will drive 2-factor authentication. Data sharing is a driver for IdM both for big data and small data. There is no convergence on IdM solutions by the global community. Networking and Information Technology Research and Development Policy decisions are difficult and generally require a CIO for higher level decision but the CIOs and higher are not used to making these decisions. It would be useful to routinize access requests with a semi-automatic response on behalf of the CIO (educating the CIO is implied here.)", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "identity management; research; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-11-15-2015-003-01", "year": "2015", "pp_date": "11/17/2015", "title": "Scaling FLOP/SYNC-intensive HP Data Analytics (HPDA)", "author": "George Biros", "file_url": "https://www.nitrd.gov/nitrdgroups/images/7/7e/SC15Panel_GeorgeBiros.pdf", "media_type": "pdf", "description": "Scaling FLOP/SYNC-intensive HP Data Analytics (HPDA) . End-to-end HPDA in CS&E. FLOPS/SYNC-intensive HPDA. N-body methods. Scaling.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "supercomputing; big data; high end computing; high-capability computing; systems", "comments": "Supercomputing (SC) 15 Panel", "presented_at": "HEC", "key_words": "" }, { "presentation_id": "PID-11-17-2015-001-01", "year": "2015", "pp_date": "11/17/2015", "title": "NSF's International Research Network Connections Program", "author": "Kevin Thompson", "file_url": "https://www.nitrd.gov/nitrdgroups/images/9/94/IRNC_Nov2015.pdf", "media_type": "pdf", "description": "Networking programs in CISE/ACI include: - Networking as a fundamental layer - CC*DNI/CC/NIE/CC-IIE - IRNC international R&E network connections joint with OIA/ISE Networking is not just about bigger pipes but includes re-architecting the campus border, how the networks serve the campus CI plan, and driving partnerships between scientists and campus IT. IRNC connections support all science and education, not just NSF programs. New 5-year awards were made in 2015 moving to 100G+ connections. Investments are ~$40M over 5 years. Connectivity to Africa has been greatly improved with submarine network links along both the Atlantic and Indian Ocean coasts and links to Northern Africa. NSF provides the networking infrastructure to support the LSST with links across south America, to the U.S. (Miami) and to Europe. The IRNC RXP program provides support for international Open Exchange Points in the U.S., encourages SDN support, and requires a security plan. IRNC awards also support an international NOC, measurement infrastructure, and support for education and training. IREN is an NSF program to globally develop and coordinate future strategy for R&E networking. IRNC links include ACE (U.S. to Europe), AmLight (South America), TransPac (Japan/Asia), and SXTransport (Australia, New Zealand, and the Pacific Islands). AmLight Express will provide South American connectivity from 2018+ and includes 300GHz of spectrum. RXP provides a central hub at StarLight for international OpenFlow. It supports an SDX at StarLight.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networks; networked systems; international; research; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-11-15-2015-002-01", "year": "2015", "pp_date": "11/16/2015", "title": "Supercomputing and Big Data: From Collision to Convergence", "author": "David A. Bader", "file_url": "https://www.nitrd.gov/nitrdgroups/images/e/ec/SC15Panel_DavidBader.pdf", "media_type": "pdf", "description": "Unlike traditional applications in computational science and engineering, solving these problems at scale often raises new research challenges because of * sparsity and the lack of locality in the massive data, * design of parallel algorithms for massive, streaming data analytics, and * the need for new HPDA supercomputers that are energy-efficient, resilient, and easy-to-program. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "supercomputing; big data; high end computing; high-capability computing; systems", "comments": "Supercomputing (SC) 15 Panel", "presented_at": "HEC", "key_words": "" }, { "presentation_id": "PID-11-15-2015-001-01", "year": "2015", "pp_date": "11/15/2015", "title": "Supercomputing and Big Data: From Collision to Convergence", "author": "Peter Lyster", "file_url": "https://www.nitrd.gov/nitrdgroups/images/a/af/SC15Panel_PeterLyster.pdf", "media_type": "pdf", "description": "What can supercomputing and big data communities learn from each other, and how can this be done? Can the technology for big data and high-fidelity HPC simulation really merge? If so, how may it happen, and when? What are the potential outcomes and impacts from such a merger? What research is needed to investigate the challenges and opportunities presented by the convergence of supercomputing and big data?", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "supercomputing; big data; high end computing; high-capability computing; systems", "comments": "Supercomputing (SC) 15 Panel", "presented_at": "HEC", "key_words": "" }, { "presentation_id": "PID-10-28-2015-0001-01", "year": "2015", "pp_date": "10/28/2015", "title": "Testimony of Dr. Keith Marzullo to the House Subcommittee on Research and Technology", "author": "Keith Marzullo", "file_url": "https://www.nitrd.gov/congressional/testimony/NITRDTestimonyKMarzullo102815.pdf", "media_type": "pdf", "description": "Statement of Dr. Keith Marzullo Director, National Coordination Office for the Networking and Information Technology Research and Development Program, to the Subcommittee on Research and Technology of the Committee on Science, Space, and Technology U.S. House of Representatives.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "NITRD Program", "comments": "House Subcommittee on Research and Technology", "presented_at": "Congressional Testimony", "key_words": "" }, { "presentation_id": "PID-08-07-2015-002-01", "year": "2015", "pp_date": "8/7/2015", "title": "Superfacility Next step in data science discovery", "author": "Shane Canon", "file_url": "https://www.nitrd.gov/nitrdgroups/images/f/f4/NERSC-Superfacility_ShaneCanon.pdf", "media_type": "pdf", "description": "Data are increasing rapidly and facility data often exceed local computing and networking capabilities. NERSC supports a superfacility vision where a network of connected facilities, software, and expertise enable new modes of discovery. The network supports: - Real-time analysis and data management - New mathematical analyses - Fast implementations on the latest computational facilities - Coupling data analysis and simulation - Sharing data sets more widely - Enabling new scientific capabilities A common design pattern is emerging for experimental facility support. Data generation from sensors is locally processed and filtered to provide predictable data movement that enables on-the-fly calibration through analysis and modeling for real-time access and visualization supporting on-site scientists and remote users. The analysis can then be sent to storage, data management, and curation. A superfacility architecture should be deployed to apply to multiple disciplines. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "software-defined networking; software ecosystem; high performance computing; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-08-07-2015-001-01", "year": "2015", "pp_date": "8/7/2015", "title": "Supporting Experiment and Observation at ALCF", "author": "Tom Uram", "file_url": "https://www.nitrd.gov/nitrdgroups/images/a/a9/ALCF_TomUram.pdf", "media_type": "pdf", "description": "The ALCF was established in 2004 funded by DOE's Advanced Scientific Computing Research program. It operates at both Argonne and Oak Ridge. It provides 2 petascale architectures for open science. ALCF systems include: - Mira-IBM BG/Q with 49000 nodes/786,432 cores and 786 TB RAM - Cetus: 4096 nodes, 65,536 cores, 64 TB RAM - Vesta: 2048 nodes, 32,768 cores, 32 TB RAM - Cooley-Cray/NVIDIA: 126 nodes, 1512 CPU cores, 126 NVIDIA GPUs, 48 TB RAM - Storage: 1.44 PB raw capacity Users access the systems through peer reviewed applications: - 60% INCITE with 5.8 billion core hours - 30% ASCR Leadership computing challenge: DOE/SC capability computing - 10% Directors Discretionary allocation: usually a first step to prepare for an INCITE or ASCR award Major users of the ALCF include: - Large Hadron Collider to simulate events to reconstruct particles produced in a collision to compare to real observables. - Light source productivity increases through Swift data analysis to adjust the light source experiment in near-real-time - Fireworks to define, manage, and execute scientific workflows. Challenges for the ALCF include: Networking and Information Technology Research and Development -The LCF mission is to support large long-running jobs versus many small jobs placing requirements on the computational facilities - Diverse computational loads - Batch versus real-time requirements - Data movement, archiving, curation. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "open science; computing; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-08-01-2015-002-01", "year": "2015", "pp_date": "8/1/2015", "title": "A Smart City Case Example: Toward an Integrative Learning Design Framework for Research, Design and Analysis (video)", "author": "Brenda Bannan", "file_url": "https://youtu.be/xCTrONx2qE0", "media_type": "video", "description": "A Case Example for Smart Cities R&D. * Learning and Design - important for Smart City Initiatives * Smart Cities \"Learning\" Case * Application of phases of the Integrative Learning Design Model * Focus on human?centered design processes * Community involvement through participatory design * Expanding educational and design process tools to promote discovery, innovation and entrepreneurship for Smart Cities initiatives * Supporting the generation of new partnerships & smart city solutions.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "smart cities; data; research; systems; software science; software", "comments": "", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-08-01-2015-001-01", "year": "2015", "pp_date": "8/1/2015", "title": "A Smart City Case Example: Toward an Integrative Learning Design Framework for Research, Design and Analysis", "author": "Brenda Bannan", "file_url": "https://www.nitrd.gov/nitrdgroups/images/6/61/SmartCities_CaseExample_Bannan.pdf", "media_type": "pdf", "description": "A Case Example for Smart Cities R&D. * Learning and Design - important for Smart City Initiatives * Smart Cities \"Learning\" Case * Application of phases of the Integrative Learning Design Model * Focus on human?centered design processes * Community involvement through participatory design * Expanding educational and design process tools to promote discovery, innovation and entrepreneurship for Smart Cities initiatives * Supporting the generation of new partnerships & smart city solutions.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "smart cities; data; research; systems; software science; software", "comments": "", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-07-16-2015-0001-01", "year": "2015", "pp_date": "7/16/2015", "title": "SciPass Securish OpenFlow Based Science DMZ", "author": "Edward Balas", "file_url": "https://www.nitrd.gov/nitrdgroups/images/c/c8/SciPass_-_Edward_Balas.pdf", "media_type": "pdf", "description": "Presentation given by Edward Balas at \"Roadmap to Operating SDN-based Networks\" workshop. Presentation outline: SciPass Securish OpenFlow Based Science DMZ; Problem; Science DMZ; Objective; Approach; Default Behavior; IDS; SciPass; Who is doing this? Testing.", "metadata_created": "11/27/2017", "metadata_modified": "11/27/2017", "topic": "software defined networking; networks; networking", "comments": "Roadmap to Operating SDN-based Networks Workshop Sponsors: ESnet, NSF, Internet2 and other LSN agencies July 14-16, 2015", "presented_at": "LSN", "key_words": "" }, { "presentation_id": "PID-07-16-2015-0002-01", "year": "2015", "pp_date": "7/16/2015", "title": "SDN Security Challenges", "author": "Anita Nikolich", "file_url": "https://www.nitrd.gov/nitrdgroups/images/7/71/SDN_Security_Challenges_-_Anita_Nikolich.pdf", "media_type": "pdf", "description": "Presentation given by Anita Nikolich at \"Roadmap to Operating SDN-based Networks\" workshop. Presentation outline: Cybersecurity Enhancement Act 2014; Networking and IT Research and Development (NITRD) FY16 Supplement to President's Budget; FY17 Federal Priorities & Guidance; Basic Research: NeTS SDN Projects; Secure and Trustworthy Cyberspace (SaTC); SaTC FY14 Funding Areas; SaTC: Transition to Practice (TTP); NSF Industry Partnerships; CyberPhysical Systems (CPS); yberinfrastructure Investments: CC*IIE, *NIE, *DNI, IRNC, CICI; NSF Research & Applied CI Gaps. ", "metadata_created": "11/27/2017", "metadata_modified": "11/27/2017", "topic": "software defined networking; networks; networking", "comments": "Roadmap to Operating SDN-based Networks Workshop Sponsors: ESnet, NSF, Internet2 and other LSN agencies July 14-16, 2015", "presented_at": "LSN", "key_words": "" }, { "presentation_id": "PID-07-15-2015-0001-01", "year": "2015", "pp_date": "7/15/2015", "title": "An Enterprise SDN controller", "author": "Josh Bailey", "file_url": "https://www.nitrd.gov/nitrdgroups/images/e/ec/An_Enterprise_SDN_controller_-_Josh_Bailey.pdf", "media_type": "pdf", "description": "Presentation given by Josh Bailey at \"Roadmap to Operating SDN-based Networks\" workshop. Presentation outline: Goal: actually use SDN: trust business traffic to it, integrate it with NMS, support IPv6, upskill operations staff and developers by making them use it; Integration with NMS; Config; Some lessons learned. ", "metadata_created": "11/27/2017", "metadata_modified": "11/27/2017", "topic": "software defined networking; networks; networking", "comments": "Roadmap to Operating SDN-based Networks Workshop Sponsors: ESnet, NSF, Internet2 and other LSN agencies July 14-16, 2015", "presented_at": "LSN", "key_words": "" }, { "presentation_id": "PID-07-15-2015-0002-01", "year": "2015", "pp_date": "7/15/2015", "title": "ODENOS : An SDN Framework for Heterogeneous Network Orchestration", "author": "Kazuya Suzuki", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2/2f/ODENOS_-_Kazuya_Suzuki.pdf", "media_type": "pdf", "description": "Presentation given by Kazuya Suzuki at \"Roadmap to Operating SDN-based Networks\" workshop. ...\"ODENOS : An SDN framework for heterogeneous network orchestration - Possible to build reusable network orchestrator easily - Flexible end-to-end control of multi-layer and multidomain network\"... ", "metadata_created": "11/27/2017", "metadata_modified": "11/27/2017", "topic": "software defined networking; networks; networking", "comments": "Roadmap to Operating SDN-based Networks Workshop Sponsors: ESnet, NSF, Internet2 and other LSN agencies July 14-16, 2015", "presented_at": "LSN", "key_words": "" }, { "presentation_id": "PID-07-15-2015-0003-01", "year": "2015", "pp_date": "7/15/2015", "title": "ONF Standards (A personal view)\n", "author": "Ben Mack-Crane", "file_url": "https://www.nitrd.gov/nitrdgroups/images/6/6b/ONF_Standards_%28A_personal_view%29_-_Ben_Mack-Crane.pdf", "media_type": "pdf", "description": "Presentation given by Ben Mack-Crane at \"Roadmap to Operating SDN-based Networks\" workshop. Presentation outline: SDN Standards; ONF Projects; \"Squishy Standard\"; OpenFlow; SDN Enables Simplicity (eventually).", "metadata_created": "11/27/2017", "metadata_modified": "11/27/2017", "topic": "software defined networking; networks; networking", "comments": "Roadmap to Operating SDN-based Networks Workshop Sponsors: ESnet, NSF, Internet2 and other LSN agencies July 14-16, 2015", "presented_at": "LSN", "key_words": "" }, { "presentation_id": "PID-07-15-2015-0004-01", "year": "2015", "pp_date": "7/15/2015", "title": "ONOS approach to SDN", "author": "Thomas Vachuska", "file_url": "https://www.nitrd.gov/nitrdgroups/images/3/3d/ONOS_approach_to_SDN_-_Thomas_Vachuska.pdf", "media_type": "pdf", "description": "Presentation given by Thomas Vachuska at \"Roadmap to Operating SDN-based Networks\" workshop. Presentation outline: ONOS approach to SDN; Architectural Tenets; Avocet Release; Blackbird Release; Cardinal Release; Drake Release; Emu Release; ONOS Distributed Architecture; ONOS Subsystems; Apps & Providers; Deployments; Platform Features; Dev & Test Process Improvements; Distributables; ONOS & Approach to SDN. ", "metadata_created": "11/27/2017", "metadata_modified": "11/27/2017", "topic": "software defined networking; networks; networking", "comments": "Roadmap to Operating SDN-based Networks Workshop Sponsors: ESnet, NSF, Internet2 and other LSN agencies July 14-16, 2015", "presented_at": "LSN", "key_words": "" }, { "presentation_id": "PID-07-15-2015-0005-01", "year": "2015", "pp_date": "7/15/2015", "title": "Real-time monitoring for adaptive control", "author": "Neil McKee", "file_url": "https://www.nitrd.gov/nitrdgroups/images/a/af/Real-time_monitoring_for_adaptive_control_-_Neil_McKee.pdf", "media_type": "pdf", "description": "Presentation given by Neil McKee at \"Roadmap to Operating SDN-based Networks\" workshop. Presentation outline: Real-time monitoring for adaptive control; What is sFlow? Vendor Support; sflow real-time analytics engine ; Use case examples; Sub-second DDoS Mitigation; Elephant Flow marking & steering; Scaleable SDN Router; sflow BigSwitch Big Tap; Control plane experiences. ", "metadata_created": "11/27/2017", "metadata_modified": "11/27/2017", "topic": "software defined networking; networks; networking", "comments": "Roadmap to Operating SDN-based Networks Workshop Sponsors: ESnet, NSF, Internet2 and other LSN agencies July 14-16, 2015", "presented_at": "LSN", "key_words": "" }, { "presentation_id": "PID-07-15-2015-0006-01", "year": "2015", "pp_date": "7/15/2015", "title": "Roadmap to Operating\nSDN-based Networks", "author": "David Bainbridge", "file_url": "https://www.nitrd.gov/nitrdgroups/images/5/55/Roadmap_to_Operating_SDN_based_Networks_-_David_Bainbridge.pdf", "media_type": "pdf", "description": "Presentation given by David Bainbridge at \"Roadmap to Operating SDN-based Networks\" workshop. Presentation outline: OpenDaylight; SDN \"Opportunities\" v. OpenDaylight; Operational Concerns; Engagement with R&E. ", "metadata_created": "11/27/2017", "metadata_modified": "11/27/2017", "topic": "software defined networking; networks; networking", "comments": "Roadmap to Operating SDN-based Networks Workshop Sponsors: ESnet, NSF, Internet2 and other LSN agencies July 14-16, 2015", "presented_at": "LSN", "key_words": "" }, { "presentation_id": "PID-07-15-2015-0007-01", "year": "2015", "pp_date": "7/15/2015", "title": "SDN", "author": "Kireeti Kompella", "file_url": "https://www.nitrd.gov/nitrdgroups/images/3/35/SDN_-_Kireeti_Kompella.pdf", "media_type": "pdf", "description": "Presentation given by Kireeti Kompella at \"Roadmap to Operating SDN-based Networks\" workshop. Presentation outline: Three aspects of SDN: Programmability; Automation; Abstraction (SDN as a Compiler); SDN @ Juniper; OpenFlow; Network Mechanisms Underlying OSCARS; Juniper's SDN Strategy; OpenContrail: Network Virtualiza/on for mul/-tenant DCs; Network Virtualization in the Data Center ; OpenContrail Network Virtualization; Group Based Policies; Service Chaining (with VNFs and PNFs); Juniper NorthStar TE Controller; A path Computation Element (PCE); New JUNOS daemon, pccd; NorthStar-PCE vs. Northstar-Simulation; Centralized vs. distributed path computation; Postscript: OpenConfig. ", "metadata_created": "11/27/2017", "metadata_modified": "11/27/2017", "topic": "software defined networking; networks; networking", "comments": "Roadmap to Operating SDN-based Networks Workshop Sponsors: ESnet, NSF, Internet2 and other LSN agencies July 14-16, 2015", "presented_at": "LSN", "key_words": "" }, { "presentation_id": "PID-07-15-2015-0008-01", "year": "2015", "pp_date": "7/15/2015", "title": "SDN Futures What's missing today that we need to fix", "author": "LBNL", "file_url": "https://www.nitrd.gov/nitrdgroups/images/f/f2/SDN_Futures_-_LBNL.pdf", "media_type": "pdf", "description": "Presentation given by LNNL at \"Roadmap to Operating SDN-based Networks\" workshop. Presentation outline: SDN Futures What's missing today that we need to fix; What do we want the SDN world to look like? ", "metadata_created": "11/27/2017", "metadata_modified": "11/27/2017", "topic": "software defined networking; networks; networking", "comments": "Roadmap to Operating SDN-based Networks Workshop Sponsors: ESnet, NSF, Internet2 and other LSN agencies July 14-16, 2015", "presented_at": "LSN", "key_words": "" }, { "presentation_id": "PID-07-15-2015-0009-01", "year": "2015", "pp_date": "7/15/2015", "title": "SDN Workshop - Combined Day1 Summary", "author": "Workshop participants", "file_url": "https://www.nitrd.gov/nitrdgroups/images/c/c3/SDN_Workshop_-_Combined_Day1_Summary.pdf", "media_type": "pdf", "description": "This workshop is a follow-up to the first SDN workshop focused on SDN Operational issues sponsored by NITRD, DOE and NSF in December 2013. Since then, there has been great progress made, with a focus on SDNv2, Software-Defined Exchanges (SDX) and Software-Defined Infrastructure (SDI). Network operators and network researchers in the Federal agencies and R&E community have been experimenting extensively with SDN, through DOE-funded network research projects, through grants from NSF (e.g. GENI, CC-NIE, CC-IIE, and CC-DNI) and through multitude of testbeds... The vision for this workshop is to bring together Academia, Industry, Government and R&E community into a dialogue of SDN reality today and desirable futures, with a focus on the Government and R&E community application requirements. The objective is to progress adoption of this new technology in the community, while incorporating innovative solutions to meet the application and operational challenges identified.", "metadata_created": "11/27/2017", "metadata_modified": "11/27/2017", "topic": "software defined networking; networks; networking", "comments": "Roadmap to Operating SDN-based Networks Workshop Sponsors: ESnet, NSF, Internet2 and other LSN agencies July 14-16, 2015", "presented_at": "LSN", "key_words": "" }, { "presentation_id": "PID-07-15-2015-0010-01", "year": "2015", "pp_date": "7/15/2015", "title": "SDN Workshop - Day 1 Group 2 Summary", "author": "Workshop participants", "file_url": "https://www.nitrd.gov/nitrdgroups/images/9/90/SDN_Workshop_-_Day_1_Group_2_Summary.pdf", "media_type": "pdf", "description": "This workshop is a follow-up to the first SDN workshop focused on SDN Operational issues sponsored by NITRD, DOE and NSF in December 2013. Since then, there has been great progress made, with a focus on SDNv2, Software-Defined Exchanges (SDX) and Software-Defined Infrastructure (SDI). Network operators and network researchers in the Federal agencies and R&E community have been experimenting extensively with SDN, through DOE-funded network research projects, through grants from NSF (e.g. GENI, CC-NIE, CC-IIE, and CC-DNI) and through multitude of testbeds... The vision for this workshop is to bring together Academia, Industry, Government and R&E community into a dialogue of SDN reality today and desirable futures, with a focus on the Government and R&E community application requirements. The objective is to progress adoption of this new technology in the community, while incorporating innovative solutions to meet the application and operational challenges identified.", "metadata_created": "11/27/2017", "metadata_modified": "11/27/2017", "topic": "software defined networking; networks; networking", "comments": "Roadmap to Operating SDN-based Networks Workshop Sponsors: ESnet, NSF, Internet2 and other LSN agencies July 14-16, 2015", "presented_at": "LSN", "key_words": "" }, { "presentation_id": "PID-07-15-2015-0011-01", "year": "2015", "pp_date": "7/15/2015", "title": "Transport SDN: Learnings & Operational Challenges", "author": "Anurag Sharma", "file_url": "https://www.nitrd.gov/nitrdgroups/images/b/b7/Transport_SDN_-_Anurag_Sharma.pdf", "media_type": "pdf", "description": "Presentation given by Anurag Sharma at \"Roadmap to Operating SDN-based Networks\" workshop. Presentation outline: Transport SDN: Learnings & Operational Challenges; Networking Trends for a Software Driven World; Multi-layer Network View; Key Drivers for Transport SDN; Promise of SDN-based Network Control & Programmability; Operational Reality: Multi-Layer Networking; Operational Models: Multi-Layer PCE; Summary.", "metadata_created": "11/27/2017", "metadata_modified": "11/27/2017", "topic": "software defined networking; networks; networking", "comments": "Roadmap to Operating SDN-based Networks Workshop Sponsors: ESnet, NSF, Internet2 and other LSN agencies July 14-16, 2015", "presented_at": "LSN", "key_words": "" }, { "presentation_id": "PID-07-15-2015-0012-01", "year": "2015", "pp_date": "7/15/2015", "title": "White Box SDN and Challenges", "author": "James Liao", "file_url": "https://www.nitrd.gov/nitrdgroups/images/9/9e/White_Box_SDN_and_Challenges_-_James_Liao.pdf", "media_type": "pdf", "description": "Presentation given by James Liao at \"Roadmap to Operating SDN-based Networks\" workshop. Presentation outline: White Box SDN and Challenges; Pica8: Company Overview; Why SDN? Why OpenFlow? Why White Box? OpenFlow is Not Perfect? Suggestions. ", "metadata_created": "11/27/2017", "metadata_modified": "11/27/2017", "topic": "software defined networking; networks; networking", "comments": "Roadmap to Operating SDN-based Networks Workshop Sponsors: ESnet, NSF, Internet2 and other LSN agencies July 14-16, 2015", "presented_at": "LSN", "key_words": "" }, { "presentation_id": "PID-07-14-2015-0001-01", "year": "2015", "pp_date": "7/14/2015", "title": "Challenges of supporting SDN in production", "author": "A.J. Ragusa", "file_url": "https://www.nitrd.gov/nitrdgroups/images/c/c3/Challenges_of_supporting_SDN_in_production_-_Andrew_Ragusa.pdf", "media_type": "pdf", "description": "Presentation given by A.J. Ragusa at \"Roadmap to Operating SDN-based Networks\" workshop. Presentation outline: OESS / FSFW / AL2S; Writing custom controllers; Running custom controllers; Process Improvements; Troubleshooting Outages; Controller/App Vendors; Complexity and Vagueness; Security with SDN. ", "metadata_created": "11/27/2017", "metadata_modified": "11/27/2017", "topic": "software defined networking; networks; networking", "comments": "\"Roadmap to Operating SDN-based Networks\" Workshop Sponsors: ESnet, NSF, Internet2 and other LSN agencies July 14-16, 2015", "presented_at": "LSN", "key_words": "" }, { "presentation_id": "PID-07-14-2015-0002-01", "year": "2015", "pp_date": "7/14/2015", "title": "Data and Decision Analytics", "author": "Bob Bonneau", "file_url": "https://www.nitrd.gov/nitrdgroups/images/e/e1/Data_and_Decision_Analytics_-_Bob_Bonneau.pdf", "media_type": "pdf", "description": "Presentation given by Bob Bonneau at \"Roadmap to Operating SDN-based Networks\" workshop. Presentation outline: Data Analytics Assessment Overview; D2D/Data Analytics Approach; Data Analytics Performance Assessment; Components Can Assess Multiple Mission Types; Transition Models; Mission and Data Set Components; Algorithm and Mission Risk Component; Measure/Model/Manage; Measurement; Modeling; Management; Metrics of Performance; Risk Analysis and Modeling; Risk and Autonomy; Mission Stack; Application Layer; Compute Layer; Network Layer; Physical Layer; Unified Operation; Current & Future DOD Architectures. ", "metadata_created": "11/27/2017", "metadata_modified": "11/27/2017", "topic": "software defined networking; networks; networking", "comments": "Roadmap to Operating SDN-based Networks Workshop Sponsors: ESnet, NSF, Internet2 and other LSN agencies July 14-16, 2015", "presented_at": "LSN", "key_words": "" }, { "presentation_id": "PID-07-14-2015-0003-01", "year": "2015", "pp_date": "7/14/2015", "title": "ESnet SDN Experiences", "author": "C. Guok; B. Mah; Inder Monga; E. Pouyoul", "file_url": "https://www.nitrd.gov/nitrdgroups/images/7/7d/ESnet_SDN_Experiences_-_Chin_Guok.pdf", "media_type": "pdf", "description": "Presentation given by C. Guok, B. Mah, I. Monga, E. Pouyou at \"Roadmap to Operating SDN-based Networks\" workshop. Presentation outline: \"Things We Have Tried; ESnet Multi-Layer SDN; ESnet SDX: Multi-continent SDN BGP peering; ESnet SDN Testbed; ESnet Operating System (ENOS); Things We Have Learned; SDN Hardware; SDN Management and Control; SDN Support; SDN (End-to-End) Dataplane.\" ", "metadata_created": "11/27/2017", "metadata_modified": "11/27/2017", "topic": "software defined networking; networks; networking", "comments": "Roadmap to Operating SDN-based Networks Workshop Sponsors: ESnet, NSF, Internet2 and other LSN agencies July 14-16, 2015", "presented_at": "LSN", "key_words": "" }, { "presentation_id": "PID-07-14-2015-0004-01", "year": "2015", "pp_date": "7/14/2015", "title": "FNAL Site SDN Perspective(s)", "author": "Phil DeMar", "file_url": "https://www.nitrd.gov/nitrdgroups/images/6/67/FNAL_Site_SDN_Perspective_-_Phil_DeMar.pdf", "media_type": "pdf", "description": "Presentation given by Phil DeMar at \"Roadmap to Operating SDN-based Networks\" workshop. Presentation outline: \"LHC WAN Data Movement at FNAL; Internal Isolation of LHC WAN Traffic; Science DMZ vs FNAL LHC Data Movement; FNAL High-Level SDN Interests ; FNAL SDN Development Environment; My View of SDN Evolution (Inter-domain); Major (unaddressed) Challenges, as I see them.\"", "metadata_created": "11/27/2017", "metadata_modified": "11/27/2017", "topic": "software defined networking; networks; networking", "comments": "Roadmap to Operating SDN-based Networks Workshop Sponsors: ESnet, NSF, Internet2 and other LSN agencies July 14-16, 2015", "presented_at": "LSN", "key_words": "" }, { "presentation_id": "PID-07-14-2015-0005-01", "year": "2015", "pp_date": "7/14/2015", "title": "Mad Max SDN", "author": "Josh Bailey", "file_url": "https://www.nitrd.gov/nitrdgroups/images/6/66/Mad_Max_SDN_-_Josh_Bailey.pdf", "media_type": "pdf", "description": "Presentation given by Josh Bailey at \"Roadmap to Operating SDN-based Networks\" workshop. This workshop is a follow-up to the first SDN workshop focused on SDN Operational issues sponsored by NITRD, DOE and NSF in December 2013. Since then, there has been great progress made, with a focus on SDNv2, Software-Defined Exchanges (SDX) and Software-Defined Infrastructure (SDI). Network operators and network researchers in the Federal agencies and R&E community have been experimenting extensively with SDN, through DOE-funded network research projects, through grants from NSF (e.g. GENI, CC-NIE, CC-IIE, and CC-DNI) and through multitude of testbeds.", "metadata_created": "11/27/2017", "metadata_modified": "11/27/2017", "topic": "software defined networking; networks; networking", "comments": "Roadmap to Operating SDN-based Networks Workshop Sponsors: ESnet, NSF, Internet2 and other LSN agencies July 14-16, 2015", "presented_at": "LSN", "key_words": "" }, { "presentation_id": "PID-07-14-2015-0006-01", "year": "2015", "pp_date": "7/14/2015", "title": "Mid-Atlantic Crossroads (MAX): SDN Vision and Experiences", "author": "Tom Lehman", "file_url": "https://www.nitrd.gov/nitrdgroups/images/d/dc/Mid-Atlantic_Crossroads_-_Tom_Lehman.pdf", "media_type": "pdf", "description": "Presentation given by Tom Lehman at \"Roadmap to Operating SDN-based Networks\" workshop. Presentation outline: \"Mid-Atlantic Crossroads (MAX); What do we want from SDN? How are we approaching SDN? SDN Research and Advanced Services Infrastructure; What are the biggest challenges?\"", "metadata_created": "11/27/2017", "metadata_modified": "11/27/2017", "topic": "software defined networking; networks; networking", "comments": "Roadmap to Operating SDN-based Networks Workshop Sponsors: ESnet, NSF, Internet2 and other LSN agencies July 14-16, 2015", "presented_at": "LSN", "key_words": "" }, { "presentation_id": "PID-07-14-2015-0007-01", "year": "2015", "pp_date": "7/14/2015", "title": "Motivation and Organization of the \"Roadmap to Operating SDN-based Networks\" workshop ", "author": "Inder Monga", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2/2b/Motivation_Roadmap_and_Organization_-_Inder_Monga.pdf", "media_type": "pdf", "description": "Presentation given by Inder Monga at \"Roadmap to Operating SDN-based Networks\" workshop. Presentation outline: \"The SDN operational gap; Sponsors, organizers; Organizational challenge to deal with SDN; Day1: State of the SDN Union for R&E; Day 2: State of Open Source, Products and Roadmap exercise; Day 3: Security; Day 3: Report Writing. \"", "metadata_created": "11/27/2017", "metadata_modified": "11/27/2017", "topic": "software defined networking; networks; networking", "comments": "Roadmap to Operating SDN-based Networks Workshop Sponsors: ESnet, NSF, Internet2 and other LSN agencies July 14-16, 2015", "presented_at": "LSN", "key_words": "" }, { "presentation_id": "PID-07-14-2015-0008-01", "year": "2015", "pp_date": "7/14/2015", "title": "My Perspectives on Operating SDN Networks", "author": "Shawn McKee", "file_url": "https://www.nitrd.gov/nitrdgroups/images/d/d2/My_Perspectives_on_Operating_SDN_Networks_-_Shawn_McKee.pdf", "media_type": "pdf", "description": "Presentation given by Shawn McKee at \"Roadmap to Operating SDN-based Networks\" workshop. Presentation outline: \"...Integrating the network into a managed infrastructure is still \"hard\" to do because: * Network hardware vendors haven't (yet) provided production quality SDN components * What services and capabilities exist along a given path? * I setup my SDN network (path or topology) and data isn't flowing. What do I do? * Am I getting what I asked for? How do I monitor it? * Network-view of data-flows is in a different language/context compared to application level view. How do we bridge this gap to allow better integration and use of SDN?...\"", "metadata_created": "11/27/2017", "metadata_modified": "11/27/2017", "topic": "software defined networking; networks; networking", "comments": "Roadmap to Operating SDN-based Networks Workshop Sponsors: ESnet, NSF, Internet2 and other LSN agencies July 14-16, 2015", "presented_at": "LSN", "key_words": "" }, { "presentation_id": "PID-07-14-2015-0009-01", "year": "2015", "pp_date": "7/14/2015", "title": "Network Performance Management in SDN Environments", "author": "Pulak Chowdhury", "file_url": "https://www.nitrd.gov/nitrdgroups/images/5/56/Network_Performance_Management_in_SDN_Environments_-_Pulak_Chowdhury.pdf", "media_type": "pdf", "description": "Presentation given by Pulak Chowdhury at \"Roadmap to Operating SDN-based Networks\" workshop. Presentation outline: \"Software Defined Networking; Impact of SDN; What will happen to existing monitoring tools? Requirements of Next-Generation Performance Management.\" ", "metadata_created": "11/27/2017", "metadata_modified": "11/27/2017", "topic": "software defined networking; networks; networking", "comments": "Roadmap to Operating SDN-based Networks Workshop Sponsors: ESnet, NSF, Internet2 and other LSN agencies July 14-16, 2015", "presented_at": "LSN", "key_words": "" }, { "presentation_id": "PID-07-14-2015-0010-01", "year": "2015", "pp_date": "7/14/2015", "title": "Operational SDN", "author": "Kuang-Ching (KC) Wang", "file_url": "https://www.nitrd.gov/nitrdgroups/images/b/b9/Operational_SDN_-_KC_Wang.pdf", "media_type": "pdf", "description": "Presentation given by Kuang-Ching Wang at \"Roadmap to Operating SDN-based Networks\" workshop. Presentation outline: \"2009 2012 2015; SDN Landscape - View from Clemson; Campus IT Operation; Campus IT Infrastructure; Wants in a SDN; Wants for \"Things Out There\".", "metadata_created": "11/27/2017", "metadata_modified": "11/27/2017", "topic": "software defined networking; networks; networking", "comments": "Roadmap to Operating SDN-based Networks Workshop Sponsors: ESnet, NSF, Internet2 and other LSN agencies July 14-16, 2015", "presented_at": "LSN", "key_words": "" }, { "presentation_id": "PID-07-14-2015-0011-01", "year": "2015", "pp_date": "7/14/2015", "title": "Perspectives on SDN", "author": "Philip Papadopoulos", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2/24/Perspectives_on_SDN_-_Philip_Papadopoulos.pdf", "media_type": "pdf", "description": "Presentation given by Philip Papadopoulos at \"Roadmap to Operating SDN-based Networks\" workshop. Presentation outline: \"What motivates SDN activities @ SDSC/ Calit2? A subset of Activities Related to SDN ; PRAGMA Experimental Network Testbed (ENT) Activities; ENT Activities - International Openflow Testing: Control Plane; Prism in Relation to Other Campus Networks; HPC for the 99%; Comet Architecture (1944 Compute Node); Virtual Clusters - Overlay Physical Cluster with User-Owned High Performance Clusters; Takeways.\"", "metadata_created": "11/27/2017", "metadata_modified": "11/27/2017", "topic": "software defined networking; networks; networking", "comments": "Roadmap to Operating SDN-based Networks Workshop Sponsors: ESnet, NSF, Internet2 and other LSN agencies July 14-16, 2015", "presented_at": "LSN", "key_words": "" }, { "presentation_id": "PID-07-14-2015-0013-01", "year": "2015", "pp_date": "7/14/2015", "title": "Research to Operations to University Missions", "author": "Joe Breen", "file_url": "https://www.nitrd.gov/nitrdgroups/images/b/b9/Research_to_Operations_to_University_Missions_-_Joe_Breen.pdf", "media_type": "pdf", "description": "Presentation given by Joe Breen at \"Roadmap to Operating SDN-based Networks\" workshop. Presentation outline: \"Research to Operations to University Missions; What are we trying to accomplish? Why are we trying to accomplish these goals? How are we accomplishing these goals? Challenges and opportunities.\"", "metadata_created": "11/27/2017", "metadata_modified": "11/27/2017", "topic": "software defined networking; networks; networking", "comments": "Roadmap to Operating SDN-based Networks Workshop Sponsors: ESnet, NSF, Internet2 and other LSN agencies July 14-16, 2015", "presented_at": "LSN", "key_words": "" }, { "presentation_id": "PID-07-14-2015-0014-01", "year": "2015", "pp_date": "7/14/2015", "title": "RISE: Wide-Area SDN Testbed", "author": "Nobuhiko Itoh", "file_url": "https://www.nitrd.gov/nitrdgroups/images/d/df/RISE_Wide-Area_SDN_Testbed_-_Nobuhiko_Itoh.pdf", "media_type": "pdf", "description": "Presentation given by Nobuhiko Itoh at \"Roadmap to Operating SDN-based Networks\" workshop. Presentation outline: \"RISE (Research Infrastructure for large-Scale network Experiments); How large is the RISE? RISE3.0 Wide-area SDN Testbed on JGN-X; RISE realizes Multi-Tenancy w/o proxy; RISE Architecture; RISE Management System; nterest on SDN shifted from Industry to Academia; What is the cause of network failure? Typically network failure caused by user. \"", "metadata_created": "11/27/2017", "metadata_modified": "11/27/2017", "topic": "software defined networking; networks; networking", "comments": "Roadmap to Operating SDN-based Networks Workshop Sponsors: ESnet, NSF, Internet2 and other LSN agencies July 14-16, 2015", "presented_at": "LSN", "key_words": "" }, { "presentation_id": "PID-07-14-2015-0015-01", "year": "2015", "pp_date": "7/14/2015", "title": "Roadmap to Operational Software-Defined Networks ", "author": "Inder Monga; Eric Boyd; Grant Miller ", "file_url": "https://www.nitrd.gov/nitrdgroups/images/3/3b/Roadmap_SDN_-_Inder_Monga.pdf", "media_type": "pdf", "description": "Presentation given by Inder Monga, Eric Boyd, Grant Miller at \"Roadmap to Operating SDN-based Networks\" workshop. Presentation outline: \"Berkeley Lab; Berkeley Lab's Advanced Facilities; Users.\"", "metadata_created": "11/27/2017", "metadata_modified": "11/27/2017", "topic": "software defined networking; networks; networking", "comments": "Roadmap to Operating SDN-based Networks Workshop Sponsors: ESnet, NSF, Internet2 and other LSN agencies July 14-16, 2015", "presented_at": "LSN", "key_words": "" }, { "presentation_id": "PID-07-14-2015-0016-01", "year": "2015", "pp_date": "7/14/2015", "title": "Roadmap to Operating SDN Networks: The Good, the Bad, and the Ugly", "author": "Eric Boyd", "file_url": "https://www.nitrd.gov/nitrdgroups/images/c/cb/Roadmap_to_Operating_SDN_Networks_-_Eric_Boyd.pdf", "media_type": "pdf", "description": "Presentation given by Eric Boyd at \"Roadmap to Operating SDN-based Networks\" workshop. Presentation outline: \"Internet2 Network; Internet2 Service Taxonomy ; Internet2 Goals; Internet2 Philosophy; Notable Milestones to Date; Internet2 June, 2015 Current Status; Internet2 Network Software Stack; Internet2 2015 Plans; Operating SDN Networks: The Good; Operating SDN Networks: The Bad; Operating SDN Networks: The Ugly; Takeaways. \"", "metadata_created": "11/27/2017", "metadata_modified": "11/27/2017", "topic": "software defined networking; networks; networking", "comments": "Roadmap to Operating SDN-based Networks Workshop Sponsors: ESnet, NSF, Internet2 and other LSN agencies July 14-16, 2015", "presented_at": "LSN", "key_words": "" }, { "presentation_id": "PID-07-14-2015-0017-01", "year": "2015", "pp_date": "7/14/2015", "title": "Roadmap to Operating SDN-based Networks: State of the SDN Union in R&E and Universities", "author": "Bryan Learn", "file_url": "https://www.nitrd.gov/nitrdgroups/images/7/77/Roadmap_to_Operating_SDN-based_Networks_-_Bryan_Learn.pdf", "media_type": "pdf", "description": "Presentation given by Bryan Learn at \"Roadmap to Operating SDN-based Networks\" workshop. Presentation outline: \"DANCES - Developing Applications with Networking Capabilities via End-to-End SDN; DANCES Participants and Partner Sites; Our main goal ; Environment; Challenges. \"", "metadata_created": "11/27/2017", "metadata_modified": "11/27/2017", "topic": "software defined networking; networks; networking", "comments": "Roadmap to Operating SDN-based Networks Workshop Sponsors: ESnet, NSF, Internet2 and other LSN agencies July 14-16, 2015", "presented_at": "LSN", "key_words": "" }, { "presentation_id": "PID-07-14-2015-0018-01", "year": "2015", "pp_date": "7/14/2015", "title": "SDN: An Operational Perspective", "author": "Dan Schmiedt", "file_url": "https://www.nitrd.gov/nitrdgroups/images/0/08/SDN_-_An_Operational_Perspective_-_Dan_Schmiedt.pdf", "media_type": "pdf", "description": "Presentation given by Dan Schmiedt at \"Roadmap to Operating SDN-based Networks\" workshop. Presentation outline: \"CCNIE @ Clemson; CCNIE @ Clemson: challenges; SDN: a bitter aftertaste; Network Engineers ? Researchers; Solution: Research Network Engineer; Now/Future. \"", "metadata_created": "11/27/2017", "metadata_modified": "11/27/2017", "topic": "software defined networking; networks; networking", "comments": "Roadmap to Operating SDN-based Networks Workshop Sponsors: ESnet, NSF, Internet2 and other LSN agencies July 14-16, 2015", "presented_at": "LSN", "key_words": "" }, { "presentation_id": "PID-07-14-2015-0019-01", "year": "2015", "pp_date": "7/14/2015", "title": "SDN @ AmLight: One Year Later", "author": "Jeronimo Bezerra", "file_url": "https://www.nitrd.gov/nitrdgroups/images/6/6b/SDN_at_AmLight_-_Jeronimo_Bezerra.pdf", "media_type": "pdf", "description": "Presentation given by Jeronimo Bezerra at \"Roadmap to Operating SDN-based Networks\" workshop. Presentation outline: \"Describing AmLight; Describing AmLight SDN; AmLight SDN: Numbers; Experiences after a year; Tools that would help us; Future. \"", "metadata_created": "11/27/2017", "metadata_modified": "11/27/2017", "topic": "software defined networking; networks; networking", "comments": "Roadmap to Operating SDN-based Networks Workshop Sponsors: ESnet, NSF, Internet2 and other LSN agencies July 14-16, 2015", "presented_at": "LSN", "key_words": "" }, { "presentation_id": "PID-07-14-2015-0020-01", "year": "2015", "pp_date": "7/14/2015", "title": "SDN for the Large Hadron Collider", "author": "Dorian Kcira", "file_url": "https://www.nitrd.gov/nitrdgroups/images/7/7a/SDN_for_the_Large_Hadron_Collider_-_Dorian_Kcira.pdf", "media_type": "pdf", "description": "Presentation given by Dorian Kcira at \"Roadmap to Operating SDN-based Networks\" workshop. Presentation outline: \"LHC Collisions at 13 TeV; Scale of LHC Network Requirements; Location Independent Access: Blurring the Boundaries Among Sites + Analysis vs Computing; ANA-100 Link; Internet2 Network Map AL2S Traffic Statistics; SDN Multipath OpenDaylight Demonstrations at Supercomputing 2014; PhEDEx and Dynamic Circuits; Advanced Network Services for Experiments (ANSE): Integrating PhEDEx with Dynamic Circuits for CMS; ntegrating OSCARS/NSI Circuits with PhEDEx: Control Logic; Focused Technical Workshop Demo 2015; Use Case: Traffic Shaping with Open vSwitch (OVS); Possible OVS benefits; Summary.\"", "metadata_created": "11/27/2017", "metadata_modified": "11/27/2017", "topic": "software defined networking; networks; networking", "comments": "Roadmap to Operating SDN-based Networks Workshop Sponsors: ESnet, NSF, Internet2 and other LSN agencies July 14-16, 2015", "presented_at": "LSN", "key_words": "" }, { "presentation_id": "PID-07-14-2015-0021-01", "year": "2015", "pp_date": "7/14/2015", "title": "SDN Research and Operational Environments", "author": "Russ Clark; Ron Hutchins", "file_url": "https://www.nitrd.gov/nitrdgroups/images/b/bc/SDN_Research_and_Operational_Environments_-_Ron_Hutchins.pdf", "media_type": "pdf", "description": "Presentation given by Hans Trompert at \"Roadmap to Operating SDN-based Networks\" workshop. Presentation outline: \"What is \"Research,\" What is \"Operational? What are past successes and hurdles of operationalizing research tools and technologies? Where are we today? Goals For SDN/SDI; Some of the SDN/SDI Projects at GT; Network Access Control; Magic Window Immersive Video; SDX platform; Ongoing SDN Efforts; What's needed to get to where we need to be?\"", "metadata_created": "11/27/2017", "metadata_modified": "11/27/2017", "topic": "software defined networking; networks; networking", "comments": "Roadmap to Operating SDN-based Networks Workshop Sponsors: ESnet, NSF, Internet2 and other LSN agencies July 14-16, 2015", "presented_at": "LSN", "key_words": "" }, { "presentation_id": "PID-07-14-2015-0022-01", "year": "2015", "pp_date": "7/14/2015", "title": "SURFnet programmable network", "author": "Hans Trompert", "file_url": "https://www.nitrd.gov/nitrdgroups/images/6/69/SURFnet_programmable_network_-_Hans_Tromper.pdf", "media_type": "pdf", "description": "Presentation given by Hans Trompert at \"Roadmap to Operating SDN-based Networks\" workshop. Presentation outline: \"SURFnet programmable network; Network hardware; Software; From monolithic to layered; Network abstractions; Next steps.\"", "metadata_created": "11/27/2017", "metadata_modified": "11/27/2017", "topic": "software defined networking; networks; networking", "comments": "Roadmap to Operating SDN-based Networks Workshop Sponsors: ESnet, NSF, Internet2 and other LSN agencies July 14-16, 2015", "presented_at": "LSN", "key_words": "" }, { "presentation_id": "PID-07-01-2015-001-01", "year": "2015", "pp_date": "7/1/2015", "title": "RENCI Coordination Environment", "author": "Reagan Moore", "file_url": "https://www.nitrd.gov/nitrdgroups/images/7/73/DataScienceInitiatives.pdf", "media_type": "pdf", "description": "RENCI maintains the DataNet Federation Consortium, a collaboration among the Un. of North Carolina/Chapel Hill, UCSD, Arizona State Un., Un. of Arizona, Un of Virginia, and Drexel Un. to support a wide range of data intensive science programs including: - Odium Institute - Institute for the environment - RENCI - Data Intensive Cyber Environments Center (DICE) - Science Observation Network - Temporal Dynamics of Learning Center - iPlant Collaborative - HydroShare - Semantic ontologies Three mechanisms are sufficient for federating existing data management systems: - Shared Name spaces (Federated data grids) - Direct interaction using API of the remote system (encapsulate APIs in micro-services) - Indirect interaction (communicate through a message bus) For federation of data and services you can move data to the remote service or (increasingly common) move the service to the local data .", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "data management; systems; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-06-03-2015-001-01", "year": "2015", "pp_date": "6/3/2015", "title": "Overview of XSEDE Systems Engineering", "author": "John Towns", "file_url": "https://www.nitrd.gov/nitrdgroups/images/1/16/XSEDESystemsEngineering.pdf", "media_type": "pdf", "description": "XSEDE followed onto the TeraGrid Phase III: eXtreme Digital Resources for Science and Engineering. It enables digitally-enabled researchers and engineers to participate in multidisciplinary collaborations with access to computing resources and data. XSEDE has been funded for over $120 million over a 5 year period . It has no funding for major hardware. About 250 individuals are funded over 20 partner institutions. N IH, DOD, DOE, NASA, and other agencies. XSEDE is an ecosystem of advanced digital services to accelerate scientific discovery: advanced computing, high-end visualization, data analysis and other resources and services. It is interoperable with other infrastructures. XSEDE provides a virtual organization with a dynamic distributed infrastructure. The networking foundation for XSEDE is the Internet2 AL2S service. It has over 7500 open accounts, over 5500 active accounts with gateways and over 2600 active users.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "digital services; computation; data; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-04-03-2015-001-01", "year": "2015", "pp_date": "4/3/2015", "title": "AIMES: Abstractions and Integrated Middleware for Extreme-Scale Science", "author": "Jon Weissman; Shantenu Jha; Daniel S. Katz; Zhao Zhang; Michael Wilde", "file_url": "https://www.nitrd.gov/nitrdgroups/images/8/84/AIMES_20150304-AIMES_MAGIC.pdf", "media_type": "pdf", "description": "Distributed extreme-scale science applications require access to large distributed data resources including sensors, instruments and archives. They also require diverse resource platforms including leadership class computation, grids, clusters, and clouds. Applications are increasingly characterized by extreme scale and extreme heterogeneity. Federating distributed resources is essential to extreme-scale computing and that requires abstractions for applications, resources, middleware, and infrastructure. Models are also needed for applications, resources, middleware, infrastructure, and their composition. Within this context AIMES provides: - Abstractions => models => knowledge discovery - How the application performs on the distributed computational infrastructure (DCI) - How to best adapt the application to the DCI - How the DCI can be adapted to the application - Why the system allocated the DCI to the application. AIMES components can be used by tools, systems, and applications in an embedded sense. AIMES enables reasoning about executing distributed workloads by using models, execution strategies and skeletons. It can help identify what variables matter most and which matter least. AIMEs is deployed in a federated environment to explore integration across layers and to collect qualitative and quantitative evidence towards models. AIMES hides application complexity while capturing essential characteristics. Skeletons are simple tools to build synthetic applications that represent real applications with similar performance. In practice Networking and Information Technology Research and Development they are accurate in predicting performance. Bundles characterize heterogeneous resource aggregates to enable automatic selection of resources for an application. Compute bundles include NSF XSEDE and FutureGrid. AIMES develops pilots to characterize workload description and execution requirements on federated resources. They define key choices for executing a given workload. Engineering success to date has indicated that AIMES is on the right track. This year AIMES will provide multi-site OSG, expand to network and storage resources, address datadependent workflows and implement deeper integration. In future years AIMES will address how to compose models, resource discovery and actuation and how to architect the infrastructure for specific performance and requirements. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "middleware; extreme-scale computing; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-04-01-2015-001-01", "year": "2015", "pp_date": "4/1/2015", "title": "Update on Internet Identity and Scalable Access Control", "author": "Ken Klingenstein", "file_url": "https://www.nitrd.gov/nitrdgroups/images/a/af/Internet_Identity_and_Scalable_Access_Control-040115.pdf", "media_type": "pdf", "description": "The government runs the Federal operational authentication+ service for agency to agency, citizen, and business authentication. It currently includes the Federal PKI bridge, connect.gov (the citizen and enterprise portal) and InCommon for LOA1 and LOA2 Identity Providers (IdPs). Certifying IdPs is not yet a marketplace and big social IdPs set their own rules. NSTIC is run by DoC and NIST. It has 2 dimensions: - Governance: called IDESG which sets the rules of the road for privacy, security, interoperability, etc. - Pilots funded for 2-3 years including builders, trust mechanisms, federated incident handling. It informs the governance. Private/public partnerships, especially for privacy and trust are difficult. InCommon currently has over 700 participants, primarily all research institutions. It spans hundreds of service providers, e.g., Azure, AWS, Elsevier, IEEE, Microsoft, Argonne, Pacific Northwest Labs, etc. Certificate services are important. Multifactor Authentication (MFA) devices and licenses are growing. MFA on campuses is growing fast. We need to start focusing on the intensity of participation by member rather than the number of participants. EduGAIN is a worldwide organization for sharing authentication and metadata. InCommon has joined eduGAIN and has started metadata testing. InCommon will export Networking and Information Technology Research and Development metadata to eduGAIN. Difficult issues are attribute release internationally and inconsistent semantics of common attributes. InCommon makes extensive use of Social2SAML gateways. This expands the user base to student's parents, contractors, alumni,… Issues with this include LOA and filtering out attributes. Commit (supporting college applications) provides an IdP of last resort. They are slowly building an IdP to serve college admissions. Business processes are moving identities into higher assurance (MFAs, identity vetting at College testing services). Federated incident handling needs to assure that users will be notified of compromised accounts. Sir-T-FI is identifying solutions to this need and conforms to the commercial sector (confyrm.com). ORCID provides a unique, persistent, resolvable identifier enabling scholars to claim a set of works and publications. Its business model is evolving. Issues include: claiming an ORCID identifier, controlling release of associated information and use for account linking.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "internet identity; access control; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-03-17-2015-001-01", "year": "2015", "pp_date": "3/17/2015", "title": "Multicast Proof Of Concept", "author": "Michael Laufer", "file_url": "https://www.nitrd.gov/nitrdgroups/images/1/1e/Multicast_Proof_Of_Concept_Presentation_JET_03-17-2015.pdf", "media_type": "pdf", "description": "NOAA needs to distribute Satellite Terabyte Environmental Products. They are exploring multicast to enhance delivery. They have been exploring multicast for delivering EUMETSAT data. National Environmental Satellite, Data, and Information Service (NESDIS) distributes satellite data to the National Weather Service sites domestically and also to multiple international partner sites. They plan to use Internet2 and other NREN partners for export of the data. LEO and GEO orbit satellites provide 50 GB/day of data. New satellites will provide 3-5 TB/day for each satellite. NOAA is creating a multicast proof of concept using the public domain where available. They are identifying the hardware needed, obtaining the multicast addresses in Internet2 and testing internally and externally. There are lots of data products and lots of data in each product. Often, if a user wants a subset of the data, say for Europe, that subset of data is created and sent out. With multicast all data is sent to all recipients all the time with no subsets needing to be created and individually sent. Internet2 traffic goes through the TICs using UDP connectionless networking. Multicast is provided to only approved users. The data could be encrypted. Once you have set up for a few users, the multicast is easily expanded to 100s of users. Data can be distributed in 10 minutes. Next steps include using canned data sets for evaluating multicast packages, identifying acceptable solutions, testing multicast internally, then expanding to include international partners. Then the same steps would be taken for live data sets. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networks; networked systems; data; multicast; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-03-04-2015-004-01", "year": "2015", "pp_date": "3/4/2015", "title": "Documenting Scientific Workflows: The Metadata, Provenance & Ontology Project ", "author": "David Schissel", "file_url": "https://www.nitrd.gov/nitrdgroups/images/c/c6/Schissel-MPO-MAGIC-Final.pdf", "media_type": "pdf", "description": "Magnetic fusion research has a long history of collaboration on data management for experiments and electronic logbook which has 500 thousand entries. The MPO project has the objective to preserve the meaning of data by documenting the data, their process, and their provenance. It identifies where a particular piece of data came from and where the data was used. It documents how particular published data were developed and it enables the capability to revisit the data and recalculate it to correct for errors. The MPO supports experimental and computational data. Users can record as much or as little data s they want. It functions in a heterogeneous environment and interoperates with existing user workflow tools. It is designed to work as autonomously as possible. The MPO system has servers for the database, the API, the Web and an event server. Directed Acyclic Graphs (DAGs) are used to define and show the processing chain. Parent/child relationships are stored. Each object has a name and description and is tagged with a time and user's name via workflow connections. The data model stores structured data, activities that create, moves, or transmutes data, connections between inputs, actions and results, comments, and collections (defined by the user). The data store is permanent but MPO doesn't dictate the specific implementation of the permanent store. Each object has a globally unique numerical identifier and is provided with a pointer using a Uniform Resource Indicator (URI). Searching is enhanced by defining a controlled vocabulary; an MPO ontology. MPO is a We service, Postgress SQL is used for the current implementation. A Twitter \"Bootstrap\" creates a standardized Web front end. Authentication uses x.509 certificates. The basic components re all built. It is in the process of Beta testing. They are doing outreach to the potential user communities. This is the final year of development and they are working to expand the system's depth and expand the tools into other sciences. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "magnetic fusion; data management; data provenance; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-03-04-2015-002-01", "year": "2015", "pp_date": "3/4/2015", "title": "dV/dt: Accelerating the Rate of Progress towards Extreme Scale Collaborative Science ", "author": "Ewa Deelman", "file_url": "https://www.nitrd.gov/nitrdgroups/images/d/d8/Dvdtmagic_deelman_march_2015_%282%29.pdf", "media_type": "pdf", "description": "The goal of dV/dt is to make it easier for scientists to execute large-scale computational tasks that use distributed computing resources and applications. dV/dt helps estimate the application resource needs, allocate the needed resources and manage the applications and resources during a computational run. Resources of dV/dt to support distributed applications include: real-world applications, state-of-the-art computation facilities (Argonne leadership systems and OSG), campus resources at ND, UCSD, and UW, commercial cloud resources, submitting requests locally for computation globally and managing the costs of resources and manpower. Elements of dV/dt include: workload characterization, workload estimation, resource allocation, execution, monitoring resource usage, execution traces and workload archive. Monitoring includes HTC monitoring to collect information on runtime, peak disk usage, memory usage, CPU usage, etc. It provides job information from the scheduler (Cobalt). I/O information is provided using Darshan. Performance counters use AutoPerf... Resource workload archives are maintained. These archives are used to model workloads and to characterize them. Task characteristics (runtime, disk space, memory consumption) are used in algorithms to provide scheduling and resource provisioning information. Trace analysis was used for 5 workflow applications to estimate the accuracy of the workflow estimation model. Resource allocation can be provided on the basis of one task per node or multiple tasks per node. One task per node provides quick results but may underutilize resources; multiple tasks per node may take longer but can provide efficient use of resources. Flexible allocation of nodes can dynamically allocate resources based on demand to provide a compromise between run time and optimal use of resources. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "high-performance computing; monitoring; workflow; large-scale computation; data; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-03-04-2015-003-01", "year": "2015", "pp_date": "3/4/2015", "title": "BigPanDA on HPC's", "author": "Kaushik De", "file_url": "https://www.nitrd.gov/nitrdgroups/images/e/ed/Bigpanda-magic-mar15.pdf", "media_type": "pdf", "description": "Big Panda is a workload management system developed in support of the ATLAS experiment of the LHC. It processes hundreds of petabytes per year for thousands of users worldwide. It provides the structure for a hierarchy of computing centers working together. The main challenge is to provide efficient automated performance while making resource =s available to all users. It makes hundreds of distributed sites appear as local to users and provides a central queue for users similar to a batch system. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "workload management; systems; computation; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-02-18-2015-001-01", "year": "2015", "pp_date": "2/18/2015", "title": "NITRD National Privacy Research Forum Introduction", "author": "Tomas Vagoun", "file_url": "https://www.nitrd.gov/documents/cybersecurity/nprfworkshop2015/NPRSWorkshopOverview.pdf", "media_type": "pdf", "description": "National Privacy Research Strategy Workshop: Introduction, workshop motivation and objectives, Tomas Vagoun, NCO/NITRD.", "metadata_created": "10/18/2017", "metadata_modified": "10/18/2017", "topic": "cybersecurity; privacy", "comments": "The Federal Networking and Information Technology Research and Development (NITRD) Program held a workshop as part of the development of the National Privacy Research Strategy, during February 18- 20, 2015 in Arlington, Virginia. Organized by the National Coordination Office for NITRD, the workshop's purpose was to explore privacy needs across the private and public sectors, objectives that could guide federal privacy research, and innovative research directions to preserving and managing privacy in cyberspace. ", "presented_at": "Privacy R&D; CSIA", "key_words": "" }, { "presentation_id": "PID-02-18-2015-002-01", "year": "2015", "pp_date": "2/18/2015", "title": "NSF Workshop on Big Data\nSecurity and Privacy:\nReport Summary", "author": "Bhavani Thuraisingham", "file_url": "https://www.nitrd.gov/documents/cybersecurity/nprfworkshop2015/NPRSNSFBigDataWorkshopReport.pdf", "media_type": "pdf", "description": "National Privacy Research Strategy Workshop. Spotlight Presentation: Report from the 2014 NSF Workshop on Big Data Security and Privacy.", "metadata_created": "10/18/2017", "metadata_modified": "10/18/2017", "topic": "big data; cybersecurity; privacy", "comments": "The Federal Networking and Information Technology Research and Development (NITRD) Program held a workshop as part of the development of the National Privacy Research Strategy, during February 18- 20, 2015 in Arlington, Virginia. Organized by the National Coordination Office for NITRD, the workshop's purpose was to explore privacy needs across the private and public sectors, objectives that could guide federal privacy research, and innovative research directions to preserving and managing privacy in cyberspace. ", "presented_at": "Privacy R&D; CSIA", "key_words": "" }, { "presentation_id": "PID-02-18-2015-003-01", "year": "2015", "pp_date": "2/18/2015", "title": "Advances in Secure Multiparty Computation and Suggestions for Further Research", "author": "Konrad Vesey", "file_url": "https://www.nitrd.gov/documents/cybersecurity/nprfworkshop2015/NPRSSecureMultipartyComputation.pdf", "media_type": "pdf", "description": "A growing number of tasks in modern life involve processing a combination of private personal information and information from public or commercial sources. This requires us to share private information with more and more organizations and businesses and hope that the combined exposure does not result in disclosures that would harm us. This is also a concern when we share private information with government agencies in order to satisfy legal requirements or to receive services. The amount and diversity of the private information we share with others simply to participate in civil society is growing and the risks are growing as well with few tools at hand to mitigate those risks. A question that once would have seemed absurd can and must now be seriously considered: is it necessary to share private information in order to process it in combination with other data? Relatedly, is it necessary for the government to have access to private information to meet its legitimate operational needs? For the last thirty years, techniques have been studied to allow computations to take place on data while it is encrypted. Crucially for our present needs, these techniques allow computations to be performed securely on information provided by multiple parties, each of whom wants its input kept private from all other parties. This is the field of secure multiparty computation (MPC), a research area that has seen rapid improvements in technology efficiency in recent years. This presentation will describe some variations on the secure MPC problem that were explored by the Security and Privacy Assurance Research (SPAR) program at the Intelligence Advanced Research Projects Activity (IARPA), discuss some lessons learned, and suggest some areas for further research that could enhance secure MPC as a broadly applicable tool for privacy protections.", "metadata_created": "10/18/2017", "metadata_modified": "10/18/2017", "topic": "cybersecurity; privacy; computation", "comments": "The Federal Networking and Information Technology Research and Development (NITRD) Program held a workshop as part of the development of the National Privacy Research Strategy, during February 18- 20, 2015 in Arlington, Virginia. Organized by the National Coordination Office for NITRD, the workshop's purpose was to explore privacy needs across the private and public sectors, objectives that could guide federal privacy research, and innovative research directions to preserving and managing privacy in cyberspace. ", "presented_at": "Privacy R&D; CSIA", "key_words": "" }, { "presentation_id": "PID-02-18-2015-004-01", "year": "2015", "pp_date": "2/18/2015", "title": "Using Risk Management to Improve Privacy in Information Systems", "author": "Naomi Lefkovitz", "file_url": "https://www.nitrd.gov/documents/cybersecurity/nprfworkshop2015/NPRSNISTPrivacyEngineering.pdf", "media_type": "pdf", "description": "National Privacy Research Strategy Workshop. Spotlight Presentation: Privacy Engineering, Naomi Lefkovitz, NIST. Outline: Potential Problems for Individuals; Current privacy approaches; NIST Process; Draft Privacy Engineering Objectives; Security Risk Equation; Identifying System Privacy Risk; Objectives and Research. ", "metadata_created": "10/18/2017", "metadata_modified": "10/18/2017", "topic": "cybersecurity; privacy; information; systems", "comments": "The Federal Networking and Information Technology Research and Development (NITRD) Program held a workshop as part of the development of the National Privacy Research Strategy, during February 18- 20, 2015 in Arlington, Virginia. Organized by the National Coordination Office for NITRD, the workshop's purpose was to explore privacy needs across the private and public sectors, objectives that could guide federal privacy research, and innovative research directions to preserving and managing privacy in cyberspace. ", "presented_at": "Privacy R&D; CSIA", "key_words": "" }, { "presentation_id": "PID-02-18-2015-005-01", "year": "2015", "pp_date": "2/18/2015", "title": "Developing the Science of Privacy in Support of the Art of Privacy", "author": "Rebecca Richards", "file_url": "https://www.nitrd.gov/documents/cybersecurity/nprfworkshop2015/NPRSNSABriefing.pdf", "media_type": "pdf", "description": "National Privacy Research Strategy Workshop. Spotlight Presentation: Developing the Science of Privacy, Rebecca Richards, NSA. Outline: The Problem: Civil Liberties & Privacy Assessments, Big Data, & Privacy Risk; Back to Basics: What is Privacy? Developing the Science of Privacy; Challenge Questions for Research; Proposed Framework; Next Steps.", "metadata_created": "10/18/2017", "metadata_modified": "10/18/2017", "topic": "cybersecurity; privacy", "comments": "The Federal Networking and Information Technology Research and Development (NITRD) Program held a workshop as part of the development of the National Privacy Research Strategy, during February 18- 20, 2015 in Arlington, Virginia. Organized by the National Coordination Office for NITRD, the workshop's purpose was to explore privacy needs across the private and public sectors, objectives that could guide federal privacy research, and innovative research directions to preserving and managing privacy in cyberspace. ", "presented_at": "Privacy R&D; CSIA", "key_words": "" }, { "presentation_id": "PID-02-04-2015-001-01", "year": "2015", "pp_date": "2/4/2015", "title": "Chameleon: A Large-scale, Reconfigurable Experimental Environment For Cloud Research", "author": "Kate Keahey", "file_url": "https://www.nitrd.gov/nitrdgroups/images/6/64/Chameleon-magic-v1.pdf", "media_type": "pdf", "description": "Chameleon is a large-scale reconfigurable experimental environment for cloud research. It is scalable to address big data volume, velocity, and variety, to support big instruments, and to provide big compute resources. It is: - Large scale: 650 nodes; 14500 cores, 5 PB disk, 100G networking - Reconfigurable - Connected: One-stop shopping for experimental needs - Complementary: Coordinates with GENI, Grid'5000 and other experimental testbeds Chameleon hardware includes 504 x86 compute servers, 48 distributed storage servers, 102 heterogeneous servers, 15 management and storage nodes tied together with 100Gbps networking. Chameleon supports: - Persistent, reliable shared clouds: New model development; algorithms, platforms, auto-scaling hardware, etc. - Isolated partition and Chameleon appliances for repeatable experiments - Virtualization technology, systems networking, infrastructure-level resource management, etc.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cloud computing; big data; networking; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-02-04-2015-001-01", "year": "2015", "pp_date": "2/4/2015", "title": "CloudLab", "author": "Robert Ricci", "file_url": "https://www.nitrd.gov/nitrdgroups/images/7/79/Cloudlab-magic-overview.pdf", "media_type": "pdf", "description": "Clouds are changing the way scientists develop and use applications. Scientists and users need flexible, scalable scientific infrastructure enabling science in the cloud built by and for the research community. CloudLab is a meta-cloud for building clouds. It is agnostic to specific cloud software. It provides control and visibility all the way to bare metal. It is sliceable for supporting multiple isolated experiments at once. CloudLab is built upon Emulab and GENI providing access to diverse distributed resources. It provides repeatable resources. It has components at the Un. of Utah, Un. of Wisconsin, Clemson and GENI.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "scientific infrastructure; cloud computing; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-01-23-2015-001-02", "year": "2015", "pp_date": "1/23/2015", "title": "The Data Science Technology Stack (Contrasting critical issues in the public, scientific and commerce sectors)", "author": "Andrew W. Moore", "file_url": "https://www.nitrd.gov/nitrdgroups/images/6/62/DataScienceTechnologyStack.pdf", "media_type": "pdf", "description": "2015 Big Data Strategic Initiative Workshop was sponsored by the NITRD Big Data Senior Steering Group in conjunction with Georgetown University, this workshop brought together academics and industry leaders across multiple disciplines to further inform the development of an effective Federal Big Data Research Agenda. Keynote Speaker - Andrew W. Moore: Examples from the largest scale commercial big data systems. Moore's personal top five recommendations for critical technology investments for large data systems.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "large data systems; big data; systems; large-scale data; big data; data management; data analysis", "comments": "NITRD BIG DATA Strategic Initiative Workshop 2015", "presented_at": "Big Data", "key_words": "" }, { "presentation_id": "PID-01-23-2015-001-01", "year": "2015", "pp_date": "1/23/2015", "title": "The Data Science Technology Stack (Contrasting critical issues in the public, scientific and commerce sectors) (video)", "author": "Andrew W. Moore", "file_url": "http://youtu.be/WxjYhfPe7hE", "media_type": "video", "description": "2015 Big Data Strategic Initiative Workshop was sponsored by the NITRD Big Data Senior Steering Group in conjunction with Georgetown University, this workshop brought together academics and industry leaders across multiple disciplines to further inform the development of an effective Federal Big Data Research Agenda. Keynote Speaker - Andrew W. Moore: Examples from the largest scale commercial big data systems. Moore's personal top five recommendations for critical technology investments for large data systems.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "large data systems; big data; systems; large-scale data; big data; data management; data analysis", "comments": "NITRD BIG DATA Strategic Initiative Workshop 2015", "presented_at": "Big Data", "key_words": "" }, { "presentation_id": "PID-01-17-2015-001-01", "year": "2015", "pp_date": "1/7/2015", "title": "Distributed Computing at NSF", "author": "Daniel S. Katz", "file_url": "https://www.nitrd.gov/nitrdgroups/images/0/0d/NSF_MAGIC-distributed-computing.pdf", "media_type": "pdf", "description": "NSF supports both infrastructure and research programs for distributed computing. Research programs in distributed computing include several CISE core programs including Computer Systems Research (CSR), Networking Technology and Systems (NeTS), and Exploiting Parallelism and Scalability (XPS). About 17% of new FY14 CISE projects support research into cloud computing including: - Computer systems - Computer networks - Security and privacy - Data management - Applications and software engineering Additional relevant programs at NSF include BIGDATA and Computational and Data-Enabled Science and Engineering (CDS&E).", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "research; infrastructure; computing; science; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-01-17-2015-002-01", "year": "2015", "pp_date": "1/7/2015", "title": "DOE Distributed and Collaborative Computing R&D activities", "author": "Richard Carlson", "file_url": "https://www.nitrd.gov/nitrdgroups/images/6/69/DOE_MAGIC.pdf", "media_type": "pdf", "description": "DOE Supports Grid research and standardization: - Globus and Grid pilot projects - Partnerships with HEP, FES, NP, Climate - Distributed computing for DOE scientists The DOE Magellan project explores how the DOE science community can best exploit cloudbased technologies. ASCR provides leadership-class supercomputing and networks. The facilities division supports open science research and provides staff knowledge to port codes. The ASCR research division funds Science discovery research activities and provides collaborative communities with unique instruments and compute and storage resources. They are currently developing a usable exascale computer.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "computing; data; distributed computing; research; science; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-12-15-2014-001-00", "year": "2014", "pp_date": "12/15/2014", "title": "The PSC Data Exacell DIBBs Pilot Project", "author": "Michael J. Levine; Nick Nystrom; J Ray Scott; Ralph Roskies", "file_url": "https://www.nitrd.gov/nitrdgroups/images/6/69/PSC_Data_Exacell_and_Bridges_Intro_NITRD_FASTER_20141215.pdf", "media_type": "pdf", "description": "Presentation and discussion with Drs. Mike Levine, Nick Nystrom, Ray Scott, and Ralph Roskies from the Pittsburgh Supercomputing Center (PSC). They discussed PSC Data Exacell (DXC) DIBBs Pilot Project's current application complement, its architecture, computational engines, and storage systems interconnected by a high-performance fabric in a 'data-centric' architecture. In addition they sketched the extension of the DXC pilot project to the recently announced NSF award to the Bridges, large-scale production facility scheduled to go on-line in 2016.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "data; analytics; supercomputing; systems", "comments": "", "presented_at": "FASTER", "key_words": "" }, { "presentation_id": "PID-11-19-2014-0001-01", "year": "2014", "pp_date": "11/19/2014", "title": "MERLOT - The Open Education Resource Community Service", "author": "Sorel Reisman", "file_url": "https://www.nitrd.gov/nitrdgroups/images/d/d5/MERLOT_-_The_Open_Education_Resource_Community_Service.pdf", "media_type": "pdf", "description": "Presentation given by Sorel Reisman at SEW IWG monthly meeting, November 2014. Presentation abstract: \"MERLOT, the Multimedia Educational Resource for Learning and Online Teaching is the international community of more than 125,000 librarians, teachers, and learners who use the MERLOT digital library of 46,000+ free, peer-reviewed Open Education Resources (OER) to support teaching and learning. MERLOT has been updated and expanded to provide improved usability and search features for users to easily locate open resources, and to access and interact with the large number of MERLOT communities. This session will describe MERLOT II, the most recent major release of the system and touch upon a few institutional initiatives that use the platform to provide quality and affordable choices for higher education students and instructors.\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "education; learning; teaching; library", "comments": "Dr. Sorel Reisman, Managing Director, MERLOT California State University, Office of the Chancellor President Emeritus, IEEE Computer Society Editor-in-Chief, IEEE eLearning Library, presented on November 19, 2014 at SEW IWG monthly meeting.", "presented_at": "SEW", "key_words": "" }, { "presentation_id": "PID-11-05-2014-001-02", "year": "2014", "pp_date": "11/5/2014", "title": "Medical Device Innovation Using Cyber-physical Systems (video)", "author": "John Hatcliff", "file_url": "http://youtu.be/4ZQpqrAjDP0", "media_type": "video", "description": "John Hatcliff presents clinical motivation for \"medical application platforms\" MAPs and provides an overview of key elements of the safety, architecture, and engineering principles embodied in the Medical Device Coordination Framework (MDCF) -- an open-source MAP implementation developed in NSF and NIH-funded research programs that adheres to the Integrated Clinical Environment (ICE) architecture. A key focus of this talk are the principles necessary (but not sufficient) for supporting regulatory and third party certification regimes that provide notions of compositionality and reuse of component assurance arguments across regulatory submissions.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cyber-physical systems; medical; high confidence software; high confidence systems", "comments": "", "presented_at": "HCSS", "key_words": "" }, { "presentation_id": "PID-11-05-2014-001-01", "year": "2014", "pp_date": "11/5/2014", "title": "Medical Device Innovation Using Cyber-physical Systems", "author": "John Hatcliff", "file_url": "https://www.nitrd.gov/nitrdgroups/images/8/8b/MedicalDeviceInnovationCPS.pdf", "media_type": "pdf", "description": "John Hatcliff presents clinical motivation for \"medical application platforms\" MAPs and provides an overview of key elements of the safety, architecture, and engineering principles embodied in the Medical Device Coordination Framework (MDCF) -- an open-source MAP implementation developed in NSF and NIH-funded research programs that adheres to the Integrated Clinical Environment (ICE) architecture. A key focus of this talk are the principles necessary (but not sufficient) for supporting regulatory and third party certification regimes that provide notions of compositionality and reuse of component assurance arguments across regulatory submissions.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cyber-physical systems; medical; high confidence software; high confidence systems", "comments": "", "presented_at": "HCSS", "key_words": "" }, { "presentation_id": "PID-10-23-2014-002-01", "year": "2014", "pp_date": "10/23/2014", "title": "Big Data Senior Steering Group (BDSSG)", "author": "Allen Dearry", "file_url": "https://www.nitrd.gov/nitrdgroups/images/0/00/BigDataSeniorSteeringGroup.pdf", "media_type": "pdf", "description": "National Big Data R&D Initiative; Big Data Senior Steering Group (BDSSG); BDSSG Selected Highlights; BDSSG Strategic Plan; Strategies and Themes; BDSSG Coordination and Collaboration. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "data; big data; large-scale data; big data; data management; data analysis", "comments": "Symposium on the Interagency Strategic Plan for Big Data: Focus on R&D", "presented_at": "Big Data", "key_words": "" }, { "presentation_id": "PID-10-23-2014-005-01", "year": "2014", "pp_date": "10/23/2014", "title": "TECHNOLOGY: shifts in the foundational paradigms of Big Data to create next generation capabilities", "author": "Howard Wactlar", "file_url": "https://www.nitrd.gov/nitrdgroups/images/c/c7/Shift_in_paradigms_BigData.pdf", "media_type": "pdf", "description": "Shifts in Paradigms for Data Analysis; Big Data Capabilities.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "large-scale data; big data; data management; data analysis", "comments": "Symposium on the Interagency Strategic Plan for Big Data: Focus on R&D", "presented_at": "Big Data", "key_words": "" }, { "presentation_id": "PID-10-23-2014-004-01", "year": "2014", "pp_date": "10/23/2014", "title": "Strategy V: Enable Engagement and Collaborations", "author": "Kamie Roberts", "file_url": "https://www.nitrd.gov/nitrdgroups/images/4/4d/Engagement_and_Collaborations.pdf", "media_type": "pdf", "description": "Big Data Innovation Ecosystem: Create new gateways that enable the interconnection and interplay of Big Data ideas and capabilities across agency missions.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "innovation; data; large-scale data; big data; data management; data analysis", "comments": "Symposium on the Interagency Strategic Plan for Big Data: Focus on R&D", "presented_at": "Big Data", "key_words": "" }, { "presentation_id": "PID-10-23-2014-003-01", "year": "2014", "pp_date": "10/23/2014", "title": "Big Data Education and Training", "author": "Michelle Dunn", "file_url": "https://www.nitrd.gov/nitrdgroups/images/1/17/BigDataEducationTraining.pdf", "media_type": "pdf", "description": "What are the analytical knowledge and skills needed for Big Data? How can analytical training be increased for all learners? NIH Big Data to Knowledge.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "education; training; large-scale data; big data; data management; data analysis", "comments": "Symposium on the Interagency Strategic Plan for Big Data: Focus on R&D", "presented_at": "Big Data", "key_words": "" }, { "presentation_id": "PID-10-23-2014-001-01", "year": "2014", "pp_date": "10/23/2014", "title": "Big Data R&D Strategy III: Ensure the long term sustainability, access, and development of high value data sets and data resources ", "author": "Sky Bristol", "file_url": "https://www.nitrd.gov/nitrdgroups/images/a/a2/LongTermSustainabilityAccessDevelopment.pdf", "media_type": "pdf", "description": "Global Change Information System and the National Climate Assessment U.S. Global Change Research Program; USGS Science Base and the National Fish Habitat Partnership Data System USGS Core Science Analytics, Synthesis, and Libraries; PaleoBioDB - Real time live debate in the worldwide paleontology research community. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "analytics; data; research; science; large-scale data; big data; data management; data analysis", "comments": "Symposium on the Interagency Strategic Plan for Big Data: Focus on R&D", "presented_at": "Big Data", "key_words": "" }, { "presentation_id": "PID-09-16-2014-001-01", "year": "2014", "pp_date": "9/16/2014", "title": "Web10G: Stack Metrics for the Rest of Us", "author": "Chris Rapier", "file_url": "https://www.nitrd.gov/nitrdgroups/images/4/49/102114web10g-JET.pdf", "media_type": "pdf", "description": "Why Stack Metrics Matter; How To Get The Metrics; Web10G; Why Stack Metrics Matter * All performance problems look the same - Which complicates diagnosis considerably * This imparts a significant impediment to workflow - However, the TCP stack'knows' quite a lot * It has to in order to respond to events properly - Getting what the stack knows to the user can help identify the cause of poor performance * Sadly, the stack isn't instrumented. All we really have is a 'check engine' light.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "data; metrics; supercomputing; internet; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-08-19-2014-001-00", "year": "2014", "pp_date": "8/19/2014", "title": "From SkyServer to SciServer: The JHU DIBBs Project", "author": "Alexander Szalay", "file_url": "https://www.nitrd.gov/nitrdgroups/images/6/65/Nsf_v3_jr-ForDistribution.pdf ", "media_type": "pdf", "description": "Presentation and discussion with Dr. Alexander Szalay who shared his perspectives regarding the Johns Hopkins University Data Infrastructure Building Blocks (DIBBs) Project. Dr. Szalay is the Alumni Centennial Professor of Astronomy at the Johns Hopkins University, and also a professor in the Department of Computer Science.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "data; science; software defined services", "comments": "", "presented_at": "FASTER", "key_words": "" }, { "presentation_id": "PID-08-19-2014-001-01", "year": "2014", "pp_date": "8/19/2014", "title": "DREN III : IPv6 Lessons Learned", "author": "Ron Broersma", "file_url": "https://www.nitrd.gov/nitrdgroups/images/7/7e/IPv6-DREN3-Lessons-RonBroersma.pdf", "media_type": "pdf", "description": "The transition of DREN networking to DREN III is complete and operational. DREN is now tweaking peering. They will add gateways in Atlanta and New York. DREN III was verified to be operating at 5 9's reliability, meeting its requirements. Both IPv6 and IPv4 are native on DREN. They operate without any tunneling. DREN extensively uses IPv6 for its internal communications and operations. All network management - Help desk, NOC, etc - are IPv6 only. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "ipv6; high performance computing; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-08-06-2014-004-01", "year": "2014", "pp_date": "8/6/2014", "title": "\"Service Performance\" Aspects for Cloud Service Level Agreements", "author": "Craig Lee", "file_url": "https://www.nitrd.gov/nitrdgroups/images/1/16/Lee-NITRD-SLA-Workshop-Lee-v1.pdf", "media_type": "pdf", "description": "Dr. Craig A. Lee is a Senior Scientist in the Computer Systems Research Department of the Aerospace Corporation. He has worked in high-performance parallel and distributed computing for the last thirty years. This work has led to Dr. Lee's involvement in the Open Grid Forum (OGF) where he served as President from 2007 to 2010. Dr. Lee served as the main liaison between OGF and the DMTF, SNIA, TMF, the Open Cloud Consortium, Cloud Security Alliance, OMG, and OASIS. Dr. Lee is now on the OGF Board of Directors and heavily involved with NIST, having contributed significantly to the NIST Cloud Standards Roadmap and supporting the NIST Cloud Technology Roadmap. He has served on the program committee for many conferences and workshops, and has served as a panelist for the NSF, NASA, DOE, and as an international evaluator for INRIA. He is an associate editor of Future Generation Computing Systems (Elsevier) and on the editorial board of the International Journal of Cloud Computing (Inderscience). Dr. Lee has published over 70 technical works, including four book chapters and seven edited volumes and issues. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cloud; service level agreements; standards; metrics; accessibility", "comments": "Cloud & Accessibility Workshop", "presented_at": "FASTER", "key_words": "" }, { "presentation_id": "PID-08-06-2014-009-01", "year": "2014", "pp_date": "8/6/2014", "title": "Report outs from the Cloud SLA Workshop Breakout groups (video)", "author": "Cloud & Accessibility Workshop participants", "file_url": "https://youtu.be/U4-Vf2LVyOA", "media_type": "video", "description": "Report outs from the Clnioud SLA Workshop Breakout groups.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cloud; service level agreements; standards; metrics; accessibility", "comments": "Cloud & Accessibility Workshop", "presented_at": "FASTER", "key_words": "" }, { "presentation_id": "PID-08-06-2014-004-02", "year": "2014", "pp_date": "8/6/2014", "title": "\"Service Performance\" Aspects for Cloud Service Level Agreements (video)", "author": "Craig Lee", "file_url": "https://youtu.be/ugWp2FEiviY", "media_type": "video", "description": "Dr. Craig A. Lee is a Senior Scientist in the Computer Systems Research Department of the Aerospace Corporation. He has worked in high-performance parallel and distributed computing for the last thirty years. This work has led to Dr. Lee's involvement in the Open Grid Forum (OGF) where he served as President from 2007 to 2010. Dr. Lee served as the main liaison between OGF and the DMTF, SNIA, TMF, the Open Cloud Consortium, Cloud Security Alliance, OMG, and OASIS. Dr. Lee is now on the OGF Board of Directors and heavily involved with NIST, having contributed significantly to the NIST Cloud Standards Roadmap and supporting the NIST Cloud Technology Roadmap. He has served on the program committee for many conferences and workshops, and has served as a panelist for the NSF, NASA, DOE, and as an international evaluator for INRIA. He is an associate editor of Future Generation Computing Systems (Elsevier) and on the editorial board of the International Journal of Cloud Computing (Inderscience). Dr. Lee has published over 70 technical works, including four book chapters and seven edited volumes and issues. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cloud; service level agreements; standards; metrics; accessibility", "comments": "Cloud & Accessibility Workshop", "presented_at": "FASTER", "key_words": "" }, { "presentation_id": "PID-08-06-2014-005-02", "year": "2014", "pp_date": "8/6/2014", "title": "Constructing High Quality Cloud SLAs -Service Management (video)", "author": "John Calhoon", "file_url": "https://youtu.be/8T-Z4h4nwrs", "media_type": "video", "description": "John Calhoon is a Director of Standards Engagements in the Microsoft Corporate Standards Group. He is currently engaged in several areas of standardization including Cloud Computing, Green IT, and Smart Grid. Mr Calhoon is a contributor to ISO/IEC 19086 SLA Framework and Terminology. John chairs INCITS ITS39 which is the US TAG to ISO/IEC JTC 1 SC-39 Sustainability for and by ICT and he is the International Representative for INCITS DAPS38 which is the US TAG to ISO/IEC JTC 1 SC-38 Distributed Applications and Platforms. Mr. Calhoon is also an alternate member of the INCITS Executive Board. In his 15 years of participation in standards, John has worked in a number of technical domains including device connectivity, document formats, digital media and networking.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cloud; service level agreements; standards; metrics; accessibility", "comments": "Cloud & Accessibility Workshop", "presented_at": "FASTER", "key_words": "" }, { "presentation_id": "PID-08-06-2014-002-02", "year": "2014", "pp_date": "8/6/2014", "title": "Cloud Computing Service Level Agreements (video)", "author": "Ken Stavinoha", "file_url": "https://youtu.be/pc7bzGeRyIo", "media_type": "video", "description": "Dr. Stavinoha currently serves as Solutions Architect for CISCO Systems. In addition, he is Research Director for the Houston Chapter of ISACA and a contributor at the NIST Cloud Computer Working Group. He is an accomplished Senior Strategic Information Technology Security specialist with over 20 years of experience in risk management, privacy, compliance, research, engineering and management who assesses needs, develops requirements, formulates solutions and then coordinates and manages implementations. His specialties include: IT audit assessment, policy development and implementation, incident response management, cloud computing, and information assurance curriculum design and teaching. Dr. Stavinoha holds both a PhD and an MS in Information Assurance from the University of Fairfax and a BS from Texas A&M. His certifications include: CIPP, CISSP-ISSAP-ISSMP, CRISC, and NSA-IAM.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cloud; service level agreements; standards; metrics; accessibility", "comments": "Cloud & Accessibility Workshop", "presented_at": "FASTER", "key_words": "" }, { "presentation_id": "PID-08-06-2014-001-02", "year": "2014", "pp_date": "8/6/2014", "title": "FedRAMP: Federal Risk and Authorization Management Program (video)", "author": "Matthew Goodrich", "file_url": "https://youtu.be/pc7bzGeRyIo", "media_type": "video", "description": "As part of procuring cloud services from a cloud provider, a cloud customer must decide exactly what types of services are needed, a way to ensure that these services are genuinely provided and accountable, and also a contract mechanism to state the level of performance and other characteristics which pertain to the cloud services. The NIST Cloud Computing Standards & Technology Roadmap (NIST SP 500-292) identified a specific Requirement for: Technical specifications to enable development of consistent, high-quality Service-Level Agreements.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cloud; service level agreements; standards; metrics; accessibility", "comments": "Cloud & Accessibility Workshop", "presented_at": "FASTER", "key_words": "" }, { "presentation_id": "PID-08-06-2014-007-02", "year": "2014", "pp_date": "8/6/2014", "title": "Connectivity in the Cloud \"Key Considerations, Metrics and SLAs\" (video)", "author": "Steven Woodward", "file_url": "https://youtu.be/GqP9RBAZR88", "media_type": "video", "description": "Steven Woodward is CEO of Cloud Perspectives, located in Ottawa, Ontario, Canada. He is a member of the National Institute of Standards for Technology (NIST) cloud computing working groups (under the US Department of Commerce), a leading contributor on roles, SLA and metrics topic areas. He is an International Telecommunication Union (ITU) Joint Collaboration Activity member under the United Nations helping define and align cloud computing telecommunication models. He is a member of the Cloud Standards Customer Council with the Object Management Group (OMG) and Cloud SLA metrics leader with the TM Forum where he is helping align metrics' best practices with International Software Measurement Association - International Function Point Users Group. Cloud Perspectives helped found the Invest Ottawa cloud computing cluster and Steven Woodward is an adviser to the Canadian Cloud Council and FedPlatform helping advance cloud computing initiatives in Canada and the United States. Steven is also serving as a Canadian Advanced Technology Alliance lead on the Shared Services Canada (SSC) Architecture Framework Advisory Committee. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cloud; service level agreements; standards; metrics; accessibility", "comments": "Cloud & Accessibility Workshop", "presented_at": "FASTER", "key_words": "" }, { "presentation_id": "PID-08-06-2014-003-01", "year": "2014", "pp_date": "8/6/2014", "title": "Cloud Computing Service Level Agreement ISO/IEC Standardization", "author": "Eric Simmon", "file_url": "https://www.nitrd.gov/nitrdgroups/images/4/47/Simmon-cc_sla_standardization_20140804.pdf", "media_type": "pdf", "description": "Eric Simmon is a systems expert in the Cyber Infrastructure Group at the National Institute of Standards of Technology (NIST). He graduated magna cum laude from Worcester Polytechnic Institute (Worcester, MA) with an electrical engineering degree in 1989 and joined the National Institute of Standards and Technology to work on precision measurements for high voltage and high current. In 2003, he joined the EIG working on systems modeling and using modeling to improve the standards development process. Mr. Simmon is a member of the NIST Smart Grid Infrastructure Task Force. He leads the NIST Smart Grid architecture effort and is the NIST representative to the SGIP Smart Grid Architecture Committee. Mr. Simmon is also responsible for EV (electric vehicle) to Grid interoperability standards at NIST and leads the SGIP Plug-in Electric Vehicle Task Group. In addition to his smart grid activities, Mr. Simmon is involved in a number of other information management activities, including chairing the iNEMI Product Lifecycle Information Management Technology Working Group and leading the data format sub-team in the IEC TC111 Material Declaration working group.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cloud; service level agreements; standards; metrics; accessibility", "comments": "Cloud & Accessibility Workshop", "presented_at": "FASTER", "key_words": "" }, { "presentation_id": "PID-08-06-2014-008-01", "year": "2014", "pp_date": "8/6/2014", "title": "NIST Cloud Service Metrics Model", "author": "Frederic de Vaulx", "file_url": "https://www.nitrd.gov/nitrdgroups/images/6/67/De-Vaulx-Cloud-Service-Metrics-Model-20140806-v2.pdf", "media_type": "pdf", "description": "Frederic is a senior software engineer specialized in the analysis, design and development of software applications. He holds a Master's degree in computer science from ESIAL France since 2003 and has been technical lead of most of the projects he was involved in for the past 6 years. He has been involved in the NIST Cloud Computing program since January of 2011, first as part of its public working groups (mainly the Reference Architecture and Taxonomy Working Group) and then as an associate to the program. He is currently leading the Cloud Metrics Sub-Group, which is part of the Reference Architecture and Taxonomy Working Group.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cloud; service level agreements; standards; metrics; accessibility", "comments": "Cloud & Accessibility Workshop", "presented_at": "FASTER", "key_words": "" }, { "presentation_id": "PID-08-06-2014-005-01", "year": "2014", "pp_date": "8/6/2014", "title": "Constructing High Quality Cloud SLAs - Service Management", "author": "John Calhoon", "file_url": "https://www.nitrd.gov/nitrdgroups/images/a/a1/Calhoon-Cloud-SLAs-Service-Management.pdf", "media_type": "pdf", "description": "John Calhoon is a Director of Standards Engagements in the Microsoft Corporate Standards Group. He is currently engaged in several areas of standardization including Cloud Computing, Green IT, and Smart Grid. Mr Calhoon is a contributor to ISO/IEC 19086 SLA Framework and Terminology. John chairs INCITS ITS39 which is the US TAG to ISO/IEC JTC 1 SC-39 Sustainability for and by ICT and he is the International Representative for INCITS DAPS38 which is the US TAG to ISO/IEC JTC 1 SC-38 Distributed Applications and Platforms. Mr. Calhoon is also an alternate member of the INCITS Executive Board. In his 15 years of participation in standards, John has worked in a number of technical domains including device connectivity, document formats, digital media and networking.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cloud; service level agreements; standards; metrics; accessibility", "comments": "Cloud & Accessibility Workshop", "presented_at": "FASTER", "key_words": "" }, { "presentation_id": "PID-08-06-2014-002-01", "year": "2014", "pp_date": "8/6/2014", "title": "Cloud Computing Service Level Agreements", "author": "Ken Stavinoha", "file_url": "https://www.nitrd.gov/nitrdgroups/images/6/64/Stavinoha_Cloud_Computing_SLA_Overview_2014.pdf", "media_type": "pdf", "description": "Dr. Stavinoha currently serves as Solutions Architect for CISCO Systems. In addition, he is Research Director for the Houston Chapter of ISACA and a contributor at the NIST Cloud Computer Working Group. He is an accomplished Senior Strategic Information Technology Security specialist with over 20 years of experience in risk management, privacy, compliance, research, engineering and management who assesses needs, develops requirements, formulates solutions and then coordinates and manages implementations. His specialties include: IT audit assessment, policy development and implementation, incident response management, cloud computing, and information assurance curriculum design and teaching. Dr. Stavinoha holds both a PhD and an MS in Information Assurance from the University of Fairfax and a BS from Texas A&M. His certifications include: CIPP, CISSP-ISSAP-ISSMP, CRISC, and NSA-IAM.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cloud; service level agreements; standards; metrics; accessibility", "comments": "Cloud & Accessibility Workshop", "presented_at": "FASTER", "key_words": "" }, { "presentation_id": "PID-08-06-2014-001-01", "year": "2014", "pp_date": "8/6/2014", "title": "FedRAMP: Federal Risk and Authorization Management Program", "author": "Matthew Goodrich", "file_url": "https://www.nitrd.gov/nitrdgroups/images/f/fd/Goodrich_Cloud_SLA_Workshop_FedRAMP.pdf", "media_type": "pdf", "description": "As part of procuring cloud services from a cloud provider, a cloud customer must decide exactly what types of services are needed, a way to ensure that these services are genuinely provided and accountable, and also a contract mechanism to state the level of performance and other characteristics which pertain to the cloud services. The NIST Cloud Computing Standards & Technology Roadmap (NIST SP 500-292) identified a specific Requirement for: Technical specifications to enable development of consistent, high-quality Service-Level Agreements.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cloud; service level agreements; standards; metrics; accessibility", "comments": "Cloud & Accessibility Workshop", "presented_at": "FASTER", "key_words": "" }, { "presentation_id": "PID-08-06-2014-006-01", "year": "2014", "pp_date": "8/6/2014", "title": "SLA - Service Security", "author": "S. Srinivasan", "file_url": "https://www.nitrd.gov/nitrdgroups/images/c/ca/Srini-SLA-Service-Security.pdf", "media_type": "pdf", "description": "S. Srinivasan (nickname Srini) joined TSU on August 1, 2013 as Associate Dean for Academic Affairs and Research as well as a Distinguished Professor of Business Administration. Prior to coming to TSU, I was the Chairman of the Division of International Business and Technology Studies at Texas A & M International University's A.R. Sanchez School of Business in Laredo, TX. I was there from 2010 to 2013. Before coming to Laredo, I spent 23 years at the University of Louisville (UofL) in Louisville, Kentucky. At UofL I held joint appointments in the Computer Information Systems Department in the College of Business and the Computer Science Department in the Speed School of Engineering. During my time there I started the Information Security Program as a collaborative effort of multiple colleges. I was Director of the InfoSec program until 2010 when I left for Laredo. The program was designated a National Center of Academic Excellence in Information Education by the National Security Agency (NSA) and the Department of Homeland Security (DHS). I successfully wrote several grant proposals in support of the InfoSec Program. My first book on Cloud Computing titled \"Security, Trust, and Regulatory Aspects of Cloud Computing in Business Environments\" was published in March 2014 by IGI Global, Hershey, PA. The second book on Cloud Computing titled \"Cloud Computing Basics\" was published in May 2014 by Springer, NY. My area of research is Information Security. I am now working on a new project on Big Data Analytics. I have taught the Management of Information Systems course at the MBA level in US as well as in our international programs in El Salvador and Greece. I have spent my sabbatical leaves from UofL in Siemens at their R & D facility in Munich, Germany; UPS Air Group in Louisville, KY; and GE Appliance Park in Louisville, KY. Besides these industry experiences, I have done consulting work with US Army, IBM and a major hospital company in Louisville, KY.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cloud; service level agreements; standards; metrics; accessibility", "comments": "Cloud & Accessibility Workshop", "presented_at": "FASTER", "key_words": "" }, { "presentation_id": "PID-08-06-2014-007-01", "year": "2014", "pp_date": "8/6/2014", "title": "Connectivity in the Cloud \"Key Considerations, Metrics and SLAs\"", "author": "Steven Woodward", "file_url": "https://www.nitrd.gov/nitrdgroups/images/9/9a/Woodward-Aug6-2014-final-pdf.pdf", "media_type": "pdf", "description": "Steven Woodward is CEO of Cloud Perspectives, located in Ottawa, Ontario, Canada. He is a member of the National Institute of Standards for Technology (NIST) cloud computing working groups (under the US Department of Commerce), a leading contributor on roles, SLA and metrics topic areas. He is an International Telecommunication Union (ITU) Joint Collaboration Activity member under the United Nations helping define and align cloud computing telecommunication models. He is a member of the Cloud Standards Customer Council with the Object Management Group (OMG) and Cloud SLA metrics leader with the TM Forum where he is helping align metrics' best practices with International Software Measurement Association - International Function Point Users Group. Cloud Perspectives helped found the Invest Ottawa cloud computing cluster and Steven Woodward is an adviser to the Canadian Cloud Council and FedPlatform helping advance cloud computing initiatives in Canada and the United States. Steven is also serving as a Canadian Advanced Technology Alliance lead on the Shared Services Canada (SSC) Architecture Framework Advisory Committee.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cloud; service level agreements; standards; metrics; accessibility", "comments": "Cloud & Accessibility Workshop", "presented_at": "FASTER", "key_words": "" }, { "presentation_id": "PID-07-05-2014-001-01", "year": "2014", "pp_date": "7/5/2014", "title": "Network Virtualization & the Internet2 Innovation Platform", "author": "Eric Boyd", "file_url": "https://www.nitrd.gov/nitrdgroups/images/f/f2/Internet2_Advanced_networking.pdf", "media_type": "pdf", "description": "To keep our community at the \"tip of the spear\", how can we support network virtualization?", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "virtualization; software defined networking; software defined exchanges; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-07-05-2014-002-01", "year": "2014", "pp_date": "7/5/2014", "title": "N-WAVE: NOAA Science Network", "author": "NOAA", "file_url": "https://www.nitrd.gov/nitrdgroups/images/d/d8/JET_NOAA_TICAP.pdf", "media_type": "pdf", "description": "N-Wave is NOAA's Enterprise network. N-Wave is built on partnerships and relationships among NOAA and the Academic and State research network communities, connecting researchers to the data and resources needed to advance environmental science. NOAA External Network Connectivity; NOAA TIC Architecture; Science DMZ.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "internet; networks; trusted internet connections; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-06-05-2014-0001-01", "year": "2014", "pp_date": "6/5/2014", "title": "NITRD Cybersecurity and CPS Panel, 35th IEEE Symposium on Security and Privacy (video)", "author": "Workshop participants", "file_url": "https://youtu.be/UAVG6mrRs9Q", "media_type": "video", "description": "Federal NITRD Program's panel on Cybersecurity and Cyber-Physical Systems at the 2014 IEEE Symposium on Security and Privacy. Panelists from DHS, NIST, NSF, SRI International, and University of Connecticut discussed cybersecurity challenges of CPS and prospective research directions for solving those challenges.", "metadata_created": "10/18/2017", "metadata_modified": "10/18/2017", "topic": "cybersecurity; cyber-physical systems", "comments": "35th IEEE Symposium on Security and Privacy", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-06-05-2014-001-01", "year": "2014", "pp_date": "6/5/2014", "title": "Workshop Outbrief: Workshop on Prototyping and Deploying Experimental Software Defined Exchanges (SDXs)", "author": "Larry Landweber", "file_url": "https://www.nitrd.gov/nitrdgroups/images/7/77/SDX_Workshop_Outbrief.pdf", "media_type": "pdf", "description": "A follow-on workshop to the December 2013 workshop on Deploying a Software Defined Networking Prototype was held June 5-6. It was focused on developing prototypes and deployment strategies for: - Software Defined Exchanges (SDXs) - Multi-domain Software Defined Networks (SDNs) - Software Defined Infrastructure (SDI) We currently anticipate national/regional deployment of SDXs. The workshop exchanged ideas for SDXs and determined next steps. The workshop developed a glossary of terms to provide a common basis for discussion and development. Current internet trends see a convergence of multi-tenant data centers, software defined networks, the virtualization of network functions and distributed data centers. Interdomain exchange points are critically important in effecting the needed network transformations building on FIX, CIX, NAP, NGIX, and GOLE. There are three near-term conceptual Software Defined Exchanges (SDXs): - Layer 3 (IP): connect AS's - Layer 2 (Ethernet): multi domain circuits - SDN: connect SDN islands Advanced SDXs will provide inherent compute and storage capacity. They will connect SDI islands with GENI as an early instance incorporating storage, compute resources, networks, and instruments. Today there are SDN islands. Next steps are to add SDX's, build a Rev 0 control plane, and run native next-generation applications and scientific instruments spanning multi-domain SDNs. Goals of an SDX are to: - Enable increasing complexity and sharing of global multi-domain computing/communications environments - Provide new paradigms including SDN, SDI, distributed clouds, virtualization/slicing, big data - Enable applications needing resources from different domains - Declarative control of an inter-domain path end-to-end - Security integral to the infrastructure All SDXs require local compute and storage: - Layer 3 SDX needs route servers, policy servers, and OpenFlow controller and BGP speakers - Layer 2 SDX needs an NSI server: performance monitoring tools, possibly a topology server - SDN SDX needs an OpenFlow controller, policy database, and performance monitoring SDXs build on existing resources of GENI, AAA, experimental SDX's at MAX, SOX, and StarLight, Internet2 AL2S, OESS, Flowspace Firewall, ESnet, DYNES, science DMZ's and other resources There are many science areas needing SDX services in astronomy, climate science, emergency management, genomics, LHC, healthcare and other science applications. Overarching research areas include: - Security - Enable large-scale distributed infrastructure to support science - File system/storage; SDX architecture - Multi-domain issues: control of multi-domain SDNs and infrastructure, multidomain controllers and inter-domain protocols, - Federation encodings - Static vs. on-demand federations", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "software defined exchanges; data; applications; computation; networks; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-05-27-2014-001-01", "year": "2014", "pp_date": "5/27/2014", "title": "CASC & US High Performance Computing (video)", "author": "Sue Fratkin", "file_url": "https://www.youtube.com/watch?v=NFcaL0yzDuE&feature=youtu.be ", "media_type": "video", "description": "Presentation and discussion with Sue Fratkin who shared her perspectives regarding the Coalition for Academic Scientific Computation (CASC) High Performance Computing (HPC) and cyberinfrastructure developments. Mrs. Fratkin serves as the Washington liaison for the CASC, an alliance of 79 of America's most forward thinking research universities, national labs and computing centers.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "supercomputing; scientific computation", "comments": "", "presented_at": "FASTER", "key_words": "" }, { "presentation_id": "PID-05-27-2014-001-00", "year": "2014", "pp_date": "5/27/2014", "title": "CASC & US High Performance Computing", "author": "Sue Fratkin", "file_url": "https://www.nitrd.gov/nitrdgroups/images/c/c4/CASC_HPC_052714-v4.pdf ", "media_type": "pdf", "description": "Presentation and discussion with Sue Fratkin who shared her perspectives regarding the Coalition for Academic Scientific Computation (CASC) High Performance Computing (HPC) and cyberinfrastructure developments. Mrs. Fratkin serves as the Washington liaison for the CASC, an alliance of 79 of America's most forward thinking research universities, national labs and computing centers.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "computing; data; research; supercomputing; cloud", "comments": "", "presented_at": "FASTER", "key_words": "" }, { "presentation_id": "PID-05-20-2014-001-01", "year": "2014", "pp_date": "5/20/2014", "title": "Federal Network Resilience: Trusted Internet Connections (TIC) Update", "author": "Sara Mosley", "file_url": "https://www.nitrd.gov/nitrdgroups/images/0/01/Federal_Network_Resilience.pdf", "media_type": "pdf", "description": "The TIC initiative is an effort to optimize federal network services into a common benchmark security solution. Components of this effort are to: - Reduce and consolidate external connections - Manage the security capabilities of TIC access points - On-site TIC capability validation assessments Not every network is in-scope of the TIC, e.g., command and control of satellites is out of scope. Overseas embassies are also out of scope. Within the TICs common security capabilities are provided including Einstein boxes to enable monitoring communications by DHS and securely process the data. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "trusted internet connections; cybersecurity; communications; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-05-02-2014-006-01", "year": "2014", "pp_date": "5/2/2014", "title": "Visual Computing for Big Data", "author": "Amitabh Varshney", "file_url": "https://www.nitrd.gov/nitrdgroups/images/1/1b/Frontiers_of_Visualization_-_Amitabh_Varshney.pdf", "media_type": "pdf", "description": "Visual Computing for Big Data. Visual Attention Management Tools for Big Data. Driving Application Domains. Current Challenges: Modeling of Visual Attention . Processing very large datasets. Visual depiction of large spatio-temporal data. Visualization tools for 10s to 100s of superposed scalar and vector fields . Leveraging machine-learning techniques to facilitate new visualization techniques.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "visualization technologies; data; information management; human-computer interaction", "comments": "Frontiers of Visualization meeting", "presented_at": "HCI&IM", "key_words": "" }, { "presentation_id": "PID-05-02-2014-007-01", "year": "2014", "pp_date": "5/2/2014", "title": "Frontiers of Visualization", "author": "Ben Shneiderman", "file_url": "https://www.nitrd.gov/nitrdgroups/images/7/7c/Frontiers_of_Visualization_-_Ben_Shneiderman.pdf", "media_type": "pdf", "description": "Interdisciplinary research community . Temporal Event Sequences . Promoting Interactive Info Visualization. Case Study Evaluation, Dissemination . Increased recognition for Info Visualization. Integrating Statistics & Visualization. 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Turbulence and Topography.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "visualization technologies; data; information management; human-computer interaction", "comments": "Frontiers of Visualization meeting", "presented_at": "HCI&IM", "key_words": "" }, { "presentation_id": "PID-05-02-2014-009-02", "year": "2014", "pp_date": "5/2/2014", "title": "Frontiers of Visualization (video)", "author": "Francesca Samsel", "file_url": "https://www.youtube.com/watch?v=9XsLicBIreA&list=PLVq83uNTPbQTCu5gTZl2cU6zOTNis0RAI&index=17", "media_type": "video", "description": "Artistic and Scientific language . Communicating to both hemispheres. Re-Enchanting Science. Turbulence and Topography.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "visualization technologies; data; information management; human-computer interaction", "comments": "Frontiers of Visualization meeting", "presented_at": "HCI&IM", "key_words": "" }, { "presentation_id": "PID-05-02-2014-010-02", "year": "2014", "pp_date": "5/2/2014", "title": "Frontiers of Visualization (video)", "author": "Hanspeter Pfister", "file_url": "https://www.youtube.com/watch?v=H9ohNGZEWU4&list=PLVq83uNTPbQTCu5gTZl2cU6zOTNis0RAI&index=4", "media_type": "video", "description": "Visual Computing Group. Computer Graphics. Visualization. Connectomics. Visual Understanding.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "visualization technologies; data; information management; human-computer interaction", "comments": "Frontiers of Visualization meeting", "presented_at": "HCI&IM", "key_words": "" }, { "presentation_id": "PID-05-02-2014-021-01", "year": "2014", "pp_date": "5/2/2014", "title": "Frontiers of Visualization Breakout Synopsis", "author": "Frontiers of Visualization participants", "file_url": "https://www.nitrd.gov/nitrdgroups/images/3/3e/FOVBreakOutSynopsis.pdf", "media_type": "pdf", "description": "The Human Computer Interaction & Information Management (HCI&IM) Coordinating Group (CG) hosted a \"Frontiers of Visualization\" meeting on Friday, May 2, 2014, at the National Science Foundation (NSF) in Arlington, VA. The purpose of this meeting was to bring together networking and information technology professionals to discuss their current and planned use(s) of visualization technologies, the challenges they face, and new directions for research that may be beneficial to their work. Attendees also participated in breakout discussions surrounding topics in relation to visualization in decision making, cognition, and the future of visualization research. The goal of this meeting was to gain an understanding about current visualization standards and practices, the work in the field, and identify additional research needs. The information in this document was gathered from these talks. 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Leveraging data intensive approaches and creating synergy with compute intensive (HPC) approaches. End-to-end sampling-oriented view of scientific process including visualization and analysis.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "visualization technologies; data; information management; human-computer interaction", "comments": "Frontiers of Visualization meeting", "presented_at": "HCI&IM", "key_words": "" }, { "presentation_id": "PID-05-02-2014-013-02", "year": "2014", "pp_date": "5/2/2014", "title": "The Information Visualization MOOC. Plug-and-Play Macroscopes. Mapping Science Exhibit. (video)", "author": "Katy Borner", "file_url": "https://www.youtube.com/watch?v=pHJz05q-F0A&list=PLVq83uNTPbQTCu5gTZl2cU6zOTNis0RAI&index=9", "media_type": "video", "description": "The Information Visualization MOOC. Plug-and-Play Macroscopes. Mapping Science Exhibit. 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", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "visualization technologies; data; information management; human-computer interaction", "comments": "Frontiers of Visualization meeting", "presented_at": "HCI&IM", "key_words": "" }, { "presentation_id": "PID-05-02-2014-011-01", "year": "2014", "pp_date": "5/2/2014", "title": "Kitware", "author": "Jeff Baumes", "file_url": "https://www.nitrd.gov/nitrdgroups/images/d/d7/Frontiers_of_Visualization_-_Jeff_Baumes.pdf", "media_type": "pdf", "description": "Rapid visualization design; Visualizations for infectious disease; challenges: Where is the analytics and visualization symbiosis? Can everything crash together in a good way? How do we migrate research solutions into practical solutions? 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Big Humanities Data.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "visualization technologies; data; information management; human-computer interaction", "comments": "Frontiers of Visualization meeting", "presented_at": "HCI&IM", "key_words": "" }, { "presentation_id": "PID-05-02-2014-004-01", "year": "2014", "pp_date": "5/2/2014", "title": "Frontiers of Visualization", "author": "John Stasko", "file_url": "https://www.nitrd.gov/nitrdgroups/images/5/56/Frontiers_of_Visualization_-_John_Stasko.pdf", "media_type": "pdf", "description": "Visual analytics of large text document collections. Intelligence analysis & law enforcement. Current Challenges . 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", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "visualization technologies; data; information management; human-computer interaction", "comments": "Frontiers of Visualization meeting", "presented_at": "HCI&IM", "key_words": "" }, { "presentation_id": "PID-05-02-2014-015-01", "year": "2014", "pp_date": "5/2/2014", "title": "Scientific Visualization Then and Now", "author": "Kenneth Moreland", "file_url": "https://www.nitrd.gov/nitrdgroups/images/4/44/Frontiers_of_Visualization_-_Kenneth_Moreland.pdf", "media_type": "pdf", "description": "Sandia National Laboratories. Extreme Scale Computing. Diskless Visualization . The Catalyst In Situ Library. Challenges: Connectivity-based representations (nodes, elements, fields, etc.); Irregular output sizes (sparse array compaction); Adjacency traversal (nodes to elements or elements to nodes) ; Connection finding (element soup to manifold structure); Search structures. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "visualization technologies; data; information management; human-computer interaction", "comments": "Frontiers of Visualization meeting", "presented_at": "HCI&IM", "key_words": "" }, { "presentation_id": "PID-05-02-2014-016-01", "year": "2014", "pp_date": "5/2/2014", "title": "Visualization of Complex Data", "author": "Nathalie Riche", "file_url": "https://www.nitrd.gov/nitrdgroups/images/9/95/Frontiers_of_Visualization_-_Nathalie_Riche.pdf", "media_type": "pdf", "description": "Visualizing complex data to understand complex systems - data scientists to make decisions - data enthusiasts.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "visualization technologies; data; information management; human-computer interaction", "comments": "Frontiers of Visualization meeting", "presented_at": "HCI&IM", "key_words": "" }, { "presentation_id": "PID-05-02-2014-017-01", "year": "2014", "pp_date": "5/2/2014", "title": "Big Data Visualization for Decision Support", "author": "Peter Bajcsy", "file_url": "https://www.nitrd.gov/nitrdgroups/images/c/c2/Frontiers_of_Visualization_-_Peter_Bajcsy.pdf", "media_type": "pdf", "description": "Computational Science in Biological Metrology. Big image applications in cell biology and material science. Web-based visualization of terabytesized images. interactive measurements via Web-based visualization. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "visualization technologies; data; information management; human-computer interaction", "comments": "Frontiers of Visualization meeting", "presented_at": "HCI&IM", "key_words": "" }, { "presentation_id": "PID-05-02-2014-005-01", "year": "2014", "pp_date": "5/2/2014", "title": "Frontiers of Visualization", "author": "Rachael Brady", "file_url": "https://www.nitrd.gov/nitrdgroups/images/b/b1/Frontiers_of_Visualization_-_Rachael_Brady.pdf", "media_type": "pdf", "description": "Current use of visualization (Cisco centric) . Current (continuing) Challenges . Applications. Education.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "visualization technologies; data; information management; human-computer interaction", "comments": "Frontiers of Visualization meeting", "presented_at": "HCI&IM", "key_words": "" }, { "presentation_id": "PID-05-02-2014-018-01", "year": "2014", "pp_date": "5/2/2014", "title": "Frontiers of Visualization", "author": "Richard Marciano", "file_url": "https://www.nitrd.gov/nitrdgroups/images/c/c4/Frontiers_of_Visualization_-_Richard_Marciano.pdf", "media_type": "pdf", "description": "Geospatial visualization. social justice and humanities visualization. visualization with very large heterogeneous (archival) collections. Big Humanities Data.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "visualization technologies; data; information management; human-computer interaction", "comments": "Frontiers of Visualization meeting", "presented_at": "HCI&IM", "key_words": "" }, { "presentation_id": "PID-05-02-2014-019-01", "year": "2014", "pp_date": "5/2/2014", "title": "Challenges and Opportunities of Visualizing NASA's Earth Observations", "author": "Ryan Boller", "file_url": "https://www.nitrd.gov/nitrdgroups/images/7/75/Frontiers_of_Visualization_-_Ryan_Boller.pdf", "media_type": "pdf", "description": "NASA Earth Observatories and Observations. Problem Analysis: Using the Observations. Visual Exploration and Discovery at NASA. Global Imagery Browse Services (GIBS) and Worldview. EPA AirNow Tech Navigator. MapBox: Building a Cloud-Free Atlas .", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "visualization technologies; data; information management; human-computer interaction", "comments": "Frontiers of Visualization meeting", "presented_at": "HCI&IM", "key_words": "" }, { "presentation_id": "PID-05-02-2014-020-01", "year": "2014", "pp_date": "5/2/2014", "title": "Next Century Corporation", "author": "Todd Hughes", "file_url": "https://www.nitrd.gov/nitrdgroups/images/9/97/Frontiers_of_Visualization_-_Todd_Hughes.pdf", "media_type": "pdf", "description": "Next Century Corporation. Ozone Widget Framework (OWF). Wireless Information System for Emergency Responders. IED Discovery and Prevention Tool (IDAPT). Neon Visualization Framework. \n\n", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "visualization technologies; data; information management; human-computer interaction", "comments": "Frontiers of Visualization meeting", "presented_at": "HCI&IM", "key_words": "" }, { "presentation_id": "PID-05-01-2014-001-01", "year": "2014", "pp_date": "5/1/2014", "title": "On Developing Effective Software Engineering Approaches to Resolving Scientific Computing's Productivity Gridlock", "author": "Stuart Faulk", "file_url": "https://www.nitrd.gov/nitrdgroups/images/1/11/EffectiveSEApproaches.pdf", "media_type": "pdf", "description": "Hardware improvements currently do little to increase real productivity in scientific computing. Research shows that the dominant barriers to productivity improvement are now in the software process. However, scientific programmers resist adopting modern software engineering technologies, believing that conventional software engineering practices do not address the unique requirements of scientific computing. Progress will require collaboration. For the software engineering community this means reformulating principles, methods, and tools to fit the needs and constraints of scientific computing. This talk will identify areas where collaborative research and development are most likely to yield results.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "software; computing; methods; productivity; software engineering; software science", "comments": "", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-04-22-2014-001-01", "year": "2014", "pp_date": "4/22/2014", "title": "Opening Government Data and Creating Public Value (video)", "author": "Theresa Pardo", "file_url": "https://www.youtube.com/watch?v=djflzJQHkA4&feature=youtu.be ", "media_type": "video", "description": "Presentation and discussion with Dr. Theresa Pardo who shared her perspectives on opening government data and creating public value. Dr. Pardo serves as Director of the Center for Technology in Government at the University at Albany, State University of New York, where she also holds research professor appointments in Public Administration and Policy and Informatics.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "open data; policy; public; research; technology", "comments": "", "presented_at": "FASTER", "key_words": "" }, { "presentation_id": "PID-04-22-2014-001-00", "year": "2014", "pp_date": "4/22/2014", "title": "Opening Government Data and Creating Public Value", "author": "Theresa Pardo", "file_url": "https://www.nitrd.gov/nitrdgroups/images/8/8d/TPardo-NITRD-April-22-2014.pdf ", "media_type": "pdf", "description": "Presentation and discussion with Dr. Theresa Pardo who shared her perspectives on opening government data and creating public value. Dr. Pardo serves as Director of the Center for Technology in Government at the University at Albany, State University of New York, where she also holds research professor appointments in Public Administration and Policy and Informatics.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "open data; policy; public; research; technology", "comments": "", "presented_at": "FASTER", "key_words": "" }, { "presentation_id": "PID-04-02-2014-0001-01", "year": "2014", "pp_date": "4/2/2014", "title": "Oak Ridge Leadership Computing Facility", "author": "Jack C. Wells", "file_url": "https://www.nitrd.gov/nitrdgroups/images/5/5e/Wells_MAGIC_02042014s.pdf", "media_type": "pdf", "description": "* Introduction to Leadership Computing Program * Overview of the Titan (OLCF-3) Project * Support Infrastructure @ OLCF * Introduction to the CORAL Procurement * Integration of Compute and Data: SNS & OLCF.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "computing; data; science; systems; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-03-31-2014-001-01", "year": "2014", "pp_date": "3/31/2014", "title": "Understanding the Spectrum Environment: Using data and monitoring to improve spectrum utilization (video)", "author": "Workshop participants", "file_url": "https://www.youtube.com/playlist?list=PLVq83uNTPbQSUDHBEZ9fMYcugmR_uvVV4", "media_type": "video", "description": "This workshop brought together experts across government, industry, and academia to discuss how the use of spectrum data and monitoring can be used to better inform spectrum policy and management decisions, improve regulatory enforcement, and coordinate more efficient and dynamic spectrum usage.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "wireless; national; policy; information; development; research; spectrum; spectrum sharing; systems", "comments": "WSRD Workshop V", "presented_at": "WSRD", "key_words": "" }, { "presentation_id": "PID-03-18-2014-001-01", "year": "2014", "pp_date": "3/18/2014", "title": "Software-Defined Networking Workshop: Motivations and preliminary findings", "author": "Inder Monga", "file_url": "https://www.nitrd.gov/nitrdgroups/images/3/3d/SDN_Workshop_for_OnVector_Monga_v2.pdf", "media_type": "pdf", "description": "Brief on the draft report from SDN workshop. The workshop was held in December as a response to OSTP's tasking for agencies to look at how to operationalize and deploy SDN. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "software-defined networking; energy; science; laboratory; networks; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-03-05-2014-0001-01", "year": "2014", "pp_date": "3/5/2014", "title": "Argonne Leadership Computing Facility (ALCF)", "author": "Susan Coghlan", "file_url": "https://www.nitrd.gov/nitrdgroups/images/9/9c/Coghlan_MagicPresentation.pdf", "media_type": "pdf", "description": "Argonne National Labs maintains the Argonne Leadership Computing Facility (ALCF). This facility is a collaborative multi-lab DOE/SC initiative. Its mission is to provide the computational and data science resources needed to solve critical scientific and engineering problems. It has a highly competitive user allocation program under both INCITE and ALCC. The ALCF is targeted to a few very large science projects. It supports and provides compute time to individuals, teams of researchers and industry. Facilities use is approximately 60% INCITE, 30% ALCC and 10% discretionary. The basic facilities at the LCFs include over 131,072 cores (16.7% of Mira). Mira is a Blue Gene/Q system with 49,152 nodes, 786, 432 nodes, 786 TB of memory and a peak flop rate of 10 PetaFLOPs. Vesta is a Blue Gene/Q system with 2,048 nodes and a peak FLOP rate of 420 TF. A third Argonne system, Tukey, has 100 nodes and a peak FLOP rate of 220 TF. The systems have access to 28.9 PB raw capability with 240 Gb/s bandwidth. The WAN is 100 Gbps. ALF is connected to the WAN at 10 x 10Gbps. The facilities also use Globus Online and Grid FTP. The visualization system uses NVIDIA with InfiniBand between nodes. These facilities support science and engineering in a wide range of capacities including: Physics, engineering, materials science, earth science, chemistry, biological science and several others. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "science; computing; data; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-02-19-2014-001-01", "year": "2014", "pp_date": "2/19/2014", "title": "Semantic MEDLINE (video)", "author": "Thomas Rindflesch", "file_url": "https://www.youtube.com/watch?v=klA0eQ_-f2Q&feature=youtu.be ", "media_type": "video", "description": "Presentation and discussion with Dr. Thomas Rindflesch who presented Semantic MEDLINE, a web application that summarizes MEDLINE citations returned by a PubMed search. Dr. Rindflesch is an Information Research Specialist at the U.S. National Library of Medicine.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "medical; semantic; web application", "comments": "", "presented_at": "FASTER", "key_words": "" }, { "presentation_id": "PID-02-19-2014-001-00", "year": "2014", "pp_date": "2/19/2014", "title": "Semantic MEDLINE", "author": "Thomas Rindflesch", "file_url": "https://www.nitrd.gov/nitrdgroups/images/5/5f/Rindflesch-SemanticMEDLINE.pdf ", "media_type": "pdf", "description": "Presentation and discussion with Dr. Thomas Rindflesch who presented Semantic MEDLINE, a web application that summarizes MEDLINE citations returned by a PubMed search. Dr. Rindflesch is an Information Research Specialist at the U.S. National Library of Medicine.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "medical; semantic; web application", "comments": "", "presented_at": "FASTER", "key_words": "" }, { "presentation_id": "PID-02-05-2014-0001-01", "year": "2014", "pp_date": "2/5/2014", "title": "RENCI: Infrastructure and Services Enabling Academic Research", "author": "John McGee", "file_url": "https://www.nitrd.gov/nitrdgroups/images/b/b5/NITRD-MAGIC-RENCI.PDF", "media_type": "pdf", "description": "RENCI is an applied research institute of UNC-CH supporting NC State, Duke and UNC-CH. They build new collaborations and accelerate research activities across the three universities.. They develop and deploy new cyberinfrastructure capabilities and host leading0- edge services and platforms for research. The Europa data center facility of RENCI supports 40 racks and backbone networking to enable VLANs. Storage facilities support a very diverse set of requirements, e.g., fiber channel, iSCSI, NAS. The storage capabilities instantiate flexibility and supports compute and data analytics clusters with bulk data transport to/from other data centers. Users represent genomics, environmental science and national collaborations. Current storage capabilities include 1.1 PB of NetApp FAS, 50 TB of NatApp FAS , 1.5 PB of NetApp FAS (March 2014), Quantum StorNext (2-3.5 PB), Kaminario (6TB), Croatan data analytics cluster (1PB and other resources. RENCI has a Hatteras compute cluster designed for HPC ensembles. It has 4 x (512 cores with 6GB per core packaged in 32 nodes). It is supported by 40Gb FDR-10 Infiniband Networking and Information Technology Research and Development interconnect. A Blue Ridge Cluster has 160 nodes, each with 8 cores, 3GB per core and 40 Gb Infiniband interconnect. The Croatan cluster has 30 Dell R720xd each with 16 cores at 3 Ghz and 256 GB of memory. Virtual machine demand has soared. There are more than 350 VMs in the server farm. ACIS Core services include AD controllers, HA Clustered MSSQL, MySQL, Postgre SQL, DNS, and cluster login and service nodes. VMs are project based. ExoGENI has about 35 VMs. Example of VM applications include a Secure Medical Workspace, an environmental sciences program, and a Coastal Hazards Community of Practice. Project specific hardware includes assisting researchers with access to OSG, VMs for associated services, and RENCI Identity Management for access to submit host, OSG credentials. - The Manning Data Center is the UNC Central IT. RENCI partners with UNC Research Computing to support primarily genomics and medical informatics. - The Duke Social Computing Room is a collaborative visualization environment for researchers and students that is deployed at RENCI's Engagement Center at UNC-CH and NCSU. It supports scientific visualization, melanoma image analysis, and the arts and humanities. - The Genomic Sciences Building hosts 400 nodes, 3200 cores, 600T disk storage and 400Gbps of Hadoop bandwidth. - The National Consortium for Data Science supports workforce development - The Galapagos Science Center supports a remote branch office scenario - Directory services and identity management use LDAP and Active Directory supporting a large number of external collaborators.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "high performance clusters; cyberinfrastructure; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-01-28-2014-001-00", "year": "2014", "pp_date": "1/28/2014", "title": "Cloud Service Level Agreements - Meeting Customer and Provider Needs", "author": "Eric Simmon", "file_url": "https://www.nitrd.gov/nitrdgroups/images/3/34/SLA_Overview_FASTER_20140128.pdf ", "media_type": "pdf", "description": "Presentation and discussion with Mr. Eric Simmon who shared his perspectives on Cloud Service Level Agreements. Mr. Simmon is a systems expert in the Electronic Information Group (EIG) at the National Institute of Standards and Technology (NIST).", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cloud computing; cloud; metrics", "comments": "", "presented_at": "FASTER", "key_words": "" }, { "presentation_id": "PID-01-28-2014-001-01", "year": "2014", "pp_date": "1/28/2014", "title": "Cloud Service Level Agreements - Meeting Customer and Provider Needs (video)", "author": "Eric Simmon", "file_url": "https://www.youtube.com/embed/2rRqqZaXkdM ", "media_type": "video", "description": "Presentation and discussion with Mr. Eric Simmon who shared his perspectives on Cloud Service Level Agreements. Mr. Simmon is a systems expert in the Electronic Information Group (EIG) at the National Institute of Standards and Technology (NIST)", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cloud computing; cloud; metrics", "comments": "", "presented_at": "FASTER", "key_words": "" }, { "presentation_id": "PID-12-3-2013-001-01", "year": "2013", "pp_date": "12/3/2013", "title": "ITU-T Recommendation X.1255: Discovery of Identity Management Information", "author": "Robert Kahn", "file_url": "https://www.nitrd.gov/nitrdgroups/images/c/c2/Robert_Kahn_NITRD_Presentation_12-3-13.pdf", "media_type": "pdf", "description": "Presentation and discussion with Dr. Robert Kahn who shared his perspectives regarding the recent International Telecommunication Union (ITU) approval of Recommendation ITU-T X.1255 \"Framework for the discovery of identity management information”. Dr. Kahn is the Chairman, CEO and President of the Corporation for National Research Initiatives (CNRI) and a co-inventor of the TCP/IP protocols.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "identity management; internet", "comments": "", "presented_at": "FASTER", "key_words": "" }, { "presentation_id": "PID-11-20-2013-0001-01", "year": "2013", "pp_date": "11/20/2013", "title": "SURFNet Identity Management", "author": "Harold Teunissen et al.", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2/22/130305-SC13-Going_Dutch_Panel_Discussion_Magic_OCX.pdf", "media_type": "pdf", "description": "SURFNet identity management uses federated identity management based on SAML. The attribute provider is the new identity provider. Also included are certificate services, certificate transparency, open collaboration exchange_ Federation of federations, and other capabilities. Multi-disciplinary collaborations are enabled and will become increasingly common. OpenContext provides middleware to make campus, cloud bzsed services and resources usable for collaboration both inter-campus and in virtual collaborations. OpenContext provides the Identity and Group Infrastructure and offers the platform software to run your own large collaborations. OpenContext facilitates international collaborations and virtual organizations. It facilitates global interconnection of IdPs and SPs. It provides a harmonizing attribute exchange that enlarges the SPs that access IdPs. Ideally for any participating countries, SPs and IdPs will have to provide OpenContext information only once. It is an addon to EduGAIN. For individual SP-IdP cases the eduGAIN policies might need to be reinforced with bi-lateral agreements. OpenContext invites NRENs to work out organizational, technical, and policy/legal issues on a continuing basis. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "identity management; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-11-20-2013-0002-01", "year": "2013", "pp_date": "11/20/2013", "title": "CILogon", "author": "Jim Basney", "file_url": "https://www.nitrd.gov/nitrdgroups/images/0/01/Basney-magic-cilogon.pdf", "media_type": "pdf", "description": "CILogon provides personal digital certificates for access to cyberinfrastructure. It uses federated authentication for user identification. The user logs on to CILogon using their campus (InCommon) or Google (OpenID) account. CILogon bridges InCommon and IGTF. It provides a translating mechanism and policy across higher education and grid trust federations. It provides multiple levels of assurance. - CILogon Silver CA is accredited by IGTF - IGTF IOTA profile for CILogon Basic is under development - Google Authenticator support for second authorization factor CILogon is integrated with cyberinfrastructure, with Globus Nexus, and it is used by OSG Connect. It is integrated with DOE KBase. Ligo uses ligo-proxy-init using the CILogon ECP. CILogon is a component of the XSEDE architecture and XSEDE can provide sustained operational support to CILogon users. To add and identity profile to CILogon use their Web self-service at: https://cilogon.org/requestidp/ The InCommon research and scholarship program helps services connect with identity providers. CILogon certificates issued include OAuth, ECP, PKCS12, and JWS. CILogon is working toward SAML interfederation (InCommon is joining eduGAIN this year and international attributes are being released this year. CILogon is seeing growth of federated on-line CAs and levels of assurance are being strengthened: - IGTF IOTA profile - International adoption of Kantara standards - Security incident handling - Multi-factor authentication.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "digital certificates; cyberinfrastructure; authentication; internet identity; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-11-20-2013-0003-01", "year": "2013", "pp_date": "11/20/2013", "title": "The identity challenge in science", "author": "Steve Tuecke", "file_url": "https://www.nitrd.gov/nitrdgroups/images/1/10/131120_Tuecke_Globus_Nexus_MAGIC.pptx.pdf", "media_type": "pdf", "description": "Developers of collaborative science tools need to: Assign identities to users, manage user profiles, and organize users into groups. High-quality 9implementations of this are difficult leading to identity \"islands\" across science domains and projects. Globus Nexus is a custom web application to streamline collaborative tool development. It provides identity, group, and profile management. Nexus provides: - Identity provisioning: creating and managing Globus identities - Identity hub: Link with other identities to authenticate to Nexus Networking and Information Technology Research and Development - Group hub: User-managed group creation and management - Profile management: User-managed profile attributes and visibility Globus Nexus can then be used as an identity provider (IDP) for a project for user management, email, validation and other services. DOE's System Biology Knowledge Base (kBase) is an example. Identity hub links identities form other federated IPPs with a Nexus identity, such as InCommon (SAML), Google (OpenID), XSEDE (OAuth, MyProxy), IGTF-certified X.509 CA, SSH. The linked identity can be used to authenticate to the Nexus identity. The Nexus federated IDP can leverage 3rd party services. Nexus has cache delegated credentials (X.509, via CILogon, MyProxy). Globus Online manages identities including Openid (google.com), Myproxy (grid.ci.uchicago.edu), ssh2 (SSH Public Key), x.509 (Globus C), and Oauth (CILogon) As an example, a user creates a Biomedical Informatics Research Network (BIRN) ID. The user links campus ID and XSEDE ID. Then the user can: - Authenticate to BIRN with campus ID - Query catalog (Nexus/BIRN ID) - Request data transfer from BIRN to campus - Request transfer from BIRN to XSEDE The Group Hub provides user-managed group creation and management, flexible control over admission policies and visibility, and groups can be used in authorization decisions. Globus/Nexus currently has 12,000 users and about 5,000 linked identities. It has 557 groups; the largest group has 402 members (kBase). User profiles are sets of attributes/values of a user (e.g., name, email, address, field of science,…). Profile attributes can be self-asserted (name), validated (email, linked identity) or asserted by another user. Sources of profile attributes include social sites, campus Shibboleth servers and Nexus users. There is a proposal to replace current and ad hoc systems with Globus Nexus identity and group service. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "science; collaboration; authentication; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-11-12-2013-003-01", "year": "2013", "pp_date": "11/12/2013", "title": "Innovation, Research & Development, and Education and Workforce Development Breakout Sessions Report Back", "author": "Christy Wilson; Michael Rappa; Stanley Ahalt", "file_url": "https://www.nitrd.gov/nitrdgroups/images/8/80/Building_New_Partnerships_Breakout_Reports.pdf", "media_type": "pdf", "description": "Data to Knowledge to Action: Building New Partnerships: Building New Partnerships, Breakout Reports. Education and Workforce Development Objective: To discuss collaborative projects that focus on either improving the Big Data workforce or educating the general public about Big Data. These could include: undergraduate and graduate curriculum and practicum; training and certification programs; K-12 education; informal Big Data and data analytics education; and improving access to the Big Data talent pool for organizations needing data scientists. Research and Development Objective: To discuss new research partnerships across federal, academic, private, and non-profit sectors. Topics could include: core techniques and technologies; scientific and technical computing; cross-sector research centers; and cyberinfrastructure to support Big Data. Innovation Objective: To discuss how the data community can come together to foster the innovation ecosystem and promote the use of data science and engineering to address the challenges our nation faces. These challenges could include: national and regional economic development, education, healthcare, energy, climate change, transportation, and others. \n\n", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "data; computation; data-intensive; learning; large-scale data; big data; data management; data analysis", "comments": "Data to Knowledge to Action: Building New Partnerships", "presented_at": "Big Data", "key_words": "" }, { "presentation_id": "PID-11-12-2013-002-01", "year": "2013", "pp_date": "11/12/2013", "title": "Harnessing The Potential of Data Scientists and Big Data for Scientific Discovery", "author": "Edward Lazowska; Saul Perlmutteer; Yann LeCun; Josh Greenberg; Chris Mentzel", "file_url": "https://www.nitrd.gov/nitrdgroups/images/7/7c/Harnessing_The_Potential_of_Data_Scientists_and_Big_Data_for_Scientific_Discovery.pdf", "media_type": "pdf", "description": "Exponential improvements in technology and algorithms are enabling a revolution in discovery. Nearly every field of discovery is transitioning from \"data poor\" to \"data rich”. The Fourth Paradigm. \"From data to knowledge to action”. Capturing the full potential of the data-rich world has become a daunting challenge. Data Science for academic scientists: What's still needed?... We are at the dawn of a revolutionary new era of discovery and learning. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "data; computation; data-intensive; learning; large-scale data; big data; data management; data analysis", "comments": "Data to Knowledge to Action: Building New Partnerships", "presented_at": "Big Data", "key_words": "" }, { "presentation_id": "PID-11-12-2013-004-01", "year": "2013", "pp_date": "11/12/2013", "title": "Data To Knowledge to Action: Webcast Session 1 (video)", "author": "Data To Knowledge to Action participants", "file_url": "https://youtu.be/9ziZT6mCApU", "media_type": "video", "description": "The White House Office of Science and Technology Policy (OSTP) and the Networking and Information Technology R&D (NITRD) program hosted an event, Data to Knowledge to Action: Building New Partnerships highlighting high-impact collaborations and identifying areas for expanded collaboration between the public and private sectors.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "large-scale data; big data; data management; data analysis", "comments": "Data to Knowledge to Action: Building New Partnerships", "presented_at": "Big Data", "key_words": "" }, { "presentation_id": "PID-11-12-2013-004-02", "year": "2013", "pp_date": "11/12/2013", "title": "Data To Knowledge to Action: Webcast Session 2 (video)", "author": "Data To Knowledge to Action participants", "file_url": "https://youtu.be/32ero_PDY00", "media_type": "video", "description": "The White House Office of Science and Technology Policy (OSTP) and the Networking and Information Technology R&D (NITRD) program hosted an event, Data to Knowledge to Action: Building New Partnerships highlighting high-impact collaborations and identifying areas for expanded collaboration between the public and private sectors.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "large-scale data; big data; data management; data analysis", "comments": "Data to Knowledge to Action: Building New Partnerships", "presented_at": "Big Data", "key_words": "" }, { "presentation_id": "PID-11-12-2013-001-01", "year": "2013", "pp_date": "11/12/2013", "title": "Building New Partnerships", "author": "Thomas Kalil", "file_url": "https://www.nitrd.gov/nitrdgroups/images/6/63/Building_New_Partnerships.pdf", "media_type": "pdf", "description": "Data at the Forefront of Healthcare; Transforming cancer care and patient outcomes; Improving access to data about clinical trials; Accelerating real-time personalized medicine; New methods for early detection of heart disease; New methods for medical imaging; Taking ownership of our personal health data; The next generation of genomic sequencing ; A \"weather service\" to predict the next pandemic; Disseminating open health data around the world; Growing the Economy; Helping new businesses get off the ground; Engaging the financial sector on market stability; Supporting the Earth,Energy Use, and the Environment; Bringing Earth data to the public; Protecting the world's forests in real time; Creating a sustainable city; The Community and the Public Use Data to Solve Society's Greatest Challenges.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "healthcare; economy; environment; education; large-scale data; big data; data management; data analysis", "comments": "Data to Knowledge to Action: Building New Partnerships", "presented_at": "Big Data", "key_words": "" }, { "presentation_id": "PID-08-07-2013-0002-01", "year": "2013", "pp_date": "8/7/2013", "title": "2025 Scientific computing environments", "author": "Dennis Gannon", "file_url": "https://www.nitrd.gov/nitrdgroups/images/7/73/D_Gannon_2025_scientific_computing_environments.pdf", "media_type": "pdf", "description": "The data explosion is transforming science and leading to increasing importance of the \"fourth paradigm”. Fields like particle physics and astronomy understand what to do and genomics is successfully becoming a \"big data big science”. However there is the long tail with fields like economics and social science which need help. They don't want to be system administrators; they want to modify a few parameters in their favorite scripting language. In 2014-2015 we will see an amazing deployment of commercial cloud infrastructure with 10 million new servers and 10 exabytes of new storage. An exciting area of growth is machine learning and neural nets for applications like genomewide association studies, computer vision, automatic speech translation, medical and environmental image analysis. (see slide 10 of Fox's talk). Urban science is thriving from these developments. In 2025 Long Tail science will benefit from data being available to everybody from the cloud. Wolfram Alpha and Apple Siri are interesting models. We will see growing use of Social Network tools for scientific collaboration. We need to simplify the front end and inevitably use complex back ends; note Siri is simultaneously serving millions of users and never crashes. We need a new generation of application design methodology. Questions discussed the use of either academic or commercial resources to support (long tail) science. Interfaces at both the Gateway (portal) level and below this are needed. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "scientific computing; distributed computing; exascale; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-08-07-2013-0001-01", "year": "2013", "pp_date": "8/7/2013", "title": "2020-2025 Scientific Computing Environments ( Distributed Computing in an Exascale era) ", "author": "Geoffrey Fox", "file_url": "https://www.nitrd.gov/nitrdgroups/images/7/70/G_Fox_MAGIC-DistExa-August_7-13.pdf", "media_type": "pdf", "description": "Questions 1. The components of national research computing in exascale era with mix of high end machines, clouds (whatever commercial companies offer broadly or publicly), university centers, high throughput systems and with growing amounts of distributed and \"repositorized\" data serving High End and Long Tail researchers. 2. The nature of an environment like XSEDE in the Exascale era; i.e. the nature of a distributed system of facilities including one or more exascale machines. Should it be relatively tightly coupled like XSEDE or more loosely coupled like DoE leadership systems (or both!) SubTopics 1. A) What services do 2025 science projects need from cyberinfrastructure; examples are -- Collaboration; On-demand computing; Digital observatory; High-speed scratch and persistent storage; Data preservation; Identity, profile, group management, reproducibility of results, versioning, and documentation of results 2. B) What are requirements in 2025 -- are there changes in distributed system requirements outside details of exascale machines with their novel architecture e.g. ? Will big data lead to new requirements ? Will feeding/supporting exascale machine lead to new requirements ? Will supporting long tail of science lead to new requirements ? Can we do more to make people use central services rather than building their own ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "scientific computing; distributed computing; exascale; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-08-07-2013-0003-01", "year": "2013", "pp_date": "8/7/2013", "title": "Supporting Data-Intensive Distributed Computing in an Exascale Era", "author": "Ioan Raicu", "file_url": "https://www.nitrd.gov/nitrdgroups/images/f/f6/Iaone_Raicu_2013_DistComp-Exascale_MAGIC_08-07-13.pdf", "media_type": "pdf", "description": "Raicu started in this area in 2003, a similar time to Shantenu(2001) and noted his discussion was more technology centric. The first slides stressed that we are seeing an increasing number of \"general purpose\" cores per CPU with up to 1000 being expected by 2020. (GPU's already have more special purpose cores). This timescale will be notable for increased concurrency everywhere. Raicu noted problems with the fragility of MPI in an era when fault tolerance will be harder. Extrapolating from today one finds that at around million nodes, the mean time between failure becomes comparable to checkpointing time. Solutions involve changing storage architecture which Raicu discussed in detail. He expects that storage and computing will come more integrated (as in Hadoop or Google file systems) and perhaps every node will have an SSD. In such a world, storage on network will be used for long term archiving only. He emphasized that tomorrow's many core chips will be able to dedicate cores to storage and network handling so such nodes will support traditional CPU dominant computations without execution time fluctuation (that lower MPI efficiency) from handling SDN's, communication and storage. We need to learn how to use HPC network topologies more efficiently to handle diverse loads. Machines like the current Argonne Blue Gene P have excellent compute networks but few storage nodes and inadequate \"storage\" bandwidth to them. Decentralization with support of needed locality is critical. For example, Storage and Computing will be distributed but they will be co-located. Slide 11 of Raicu's talk lists several important topics; all of these need \"distributed\" added in front of them. Raicu stressed importance of NOSQL data models with distributed hash tables. These and the equally important distributed message queues are featured in many cloud PaaS platforms. The discussion involved the application mix; will it change and will it need to have greater interactive support. Are the storage changes evolutionary or revolutionary? Raicu suggested need for efficient runtime but interfacing with loosely coupled environments; MapReduce teaches value of simplicity. Storage needs to change from traditional single CPU+Disk view. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "scientific computing; distributed computing; exascale; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-08-07-2013-0004-01", "year": "2013", "pp_date": "8/7/2013", "title": "Extreme-Scale: Distributed Computing Scientific Computing Environments 2025", "author": "Shantenu Jha", "file_url": "https://www.nitrd.gov/nitrdgroups/images/7/7c/S_Jha_radical-magic.pdf", "media_type": "pdf", "description": "We have good and continuing progress but still it is hard for individual \"non-heroic\" researchers to do relatively simple things such as running O(100) tasks each of O(10GB) over O(10) nodes. We are missing abstractions that enable precise reasoning and manage complexity for such questions as Linpack performance on a distributed system. Jha's P* system allows reasoning about Pilot jobs. Comparing 2025 to now, Jha expects similar functionality to today but the heterogeneity and scale of systems and problems will increase. Jha then reviewed three examples: ATLAS (major LHC experiment), Square Kilometre Array (coming online in the 2020-25 timescale) and the European Human Brain project. We need to separate capability from the technology used to provide functionality; this is where abstractions come in. Jha stressed need for federation of dynamic heterogeneous systems such as that between OSG and XSEDE. A question asked if the 2025 environment will be revolutionary or evolutionary and some of both was the answer.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "scientific computing; distributed computing; exascale; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-07-23-2013-002-01", "year": "2013", "pp_date": "7/23/2013", "title": "Data Access Reference Implementation: Common Access Platform (NIST Draft Plan)", "author": "Christopher L. Greer", "file_url": "https://www.nitrd.gov/nitrdgroups/images/0/05/NIST_Access_Reference_Implementation.pdf", "media_type": "pdf", "description": "Chris previously served as Associate Director for Programs in the NIST Information Technology Laboratory (ITL) and Acting Senior Advisor for Cloud Computing. In these positions, he was responsible for strategic planning for information technology initiatives across ITL, including its data and cloud computing efforts. Prior to joining NIST, Chris served as Assistant Director for Information Technology R&D in the White House Office of Science and Technology Policy (OSTP) and Cybersecurity Liaison to the National Security Staff. His responsibilities there included networking and information technology research and development, cybersecurity, and digital scientific data access. He has also served as Director of the National Coordination Office for the Federal Networking and Information Technology Research and Development (NITRD) Program. This program coordinates IT R&D investments across the Federal government, including the cyber-physical systems research portfolio. Prior to undertaking government service, Chris was a member of the tenured faculty at the University of California, Irvine, where his research focused on gene expression. He holds a Ph.D. degree in biochemistry from the University of California, Berkeley and a BA degree from the University of California, San Diego.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "open data", "comments": "", "presented_at": "FASTER", "key_words": "" }, { "presentation_id": "PID-07-23-2013-001-01", "year": "2013", "pp_date": "7/23/2013", "title": "Discussion on Open Data", "author": "John Wilbanks", "file_url": "https://www.nitrd.gov/nitrdgroups/images/8/86/FASTER_Wilbanks_July_23.pdf", "media_type": "pdf", "description": "John's primary work is at Sage Bionetworks as the chief commons officer. He also serves as a senior advisor to the National Coordination office and as a senior fellow in entrepreneurship at the Ewing Marion Kauffman Foundation. He works on open content, open data, and open innovation systems. Wilbanks also serves as a Research Fellow at Lybba. He's worked at Harvard Law School, MIT's Computer Science and Artificial Intelligence Laboratory, the World Wide Web Consortium, the US House of Representatives, and Creative Commons, as well as starting a bioinformatics company. He sits on the Board of Directors for Sage Bionetworks, iCommons, and 1DegreeBio, and the Advisory Board for Boundless Learning. Wilbanks holds a degree in philosophy from Tulane University and also studied modern letters at the University of Paris (La Sorbonne).", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "open data", "comments": "", "presented_at": "FASTER", "key_words": "" }, { "presentation_id": "PID-07-23-2013-002-02", "year": "2013", "pp_date": "7/23/2013", "title": "Discussion on Open Data (video)", "author": "Christopher L. Greer", "file_url": "http://youtu.be/XOjIKUd1k4Y", "media_type": "video", "description": "Chris previously served as Associate Director for Programs in the NIST Information Technology Laboratory (ITL) and Acting Senior Advisor for Cloud Computing. In these positions, he was responsible for strategic planning for information technology initiatives across ITL, including its data and cloud computing efforts. Prior to joining NIST, Chris served as Assistant Director for Information Technology R&D in the White House Office of Science and Technology Policy (OSTP) and Cybersecurity Liaison to the National Security Staff. His responsibilities there included networking and information technology research and development, cybersecurity, and digital scientific data access. He has also served as Director of the National Coordination Office for the Federal Networking and Information Technology Research and Development (NITRD) Program. This program coordinates IT R&D investments across the Federal government, including the cyber-physical systems research portfolio. Prior to undertaking government service, Chris was a member of the tenured faculty at the University of California, Irvine, where his research focused on gene expression. He holds a Ph.D. degree in biochemistry from the University of California, Berkeley and a BA degree from the University of California, San Diego.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "open data", "comments": "", "presented_at": "FASTER", "key_words": "" }, { "presentation_id": "PID-07-23-2013-001-02", "year": "2013", "pp_date": "7/23/2013", "title": "Discussion on Open Data (video)", "author": "John Wilbanks", "file_url": "http://youtu.be/uuPBeot0FKY", "media_type": "video", "description": "John's primary work is at Sage Bionetworks as the chief commons officer. He also serves as a senior advisor to the National Coordination office and as a senior fellow in entrepreneurship at the Ewing Marion Kauffman Foundation. He works on open content, open data, and open innovation systems. Wilbanks also serves as a Research Fellow at Lybba. He's worked at Harvard Law School, MIT's Computer Science and Artificial Intelligence Laboratory, the World Wide Web Consortium, the US House of Representatives, and Creative Commons, as well as starting a bioinformatics company. He sits on the Board of Directors for Sage Bionetworks, iCommons, and 1DegreeBio, and the Advisory Board for Boundless Learning. Wilbanks holds a degree in philosophy from Tulane University and also studied modern letters at the University of Paris (La Sorbonne).", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "open data", "comments": "", "presented_at": "FASTER", "key_words": "" }, { "presentation_id": "PID-07-19-2013-0001-01", "year": "2013", "pp_date": "7/19/2013", "title": "Privacy Research Panel, 2013 IEEE Symposium on Security and Privacy (video)", "author": "Workshop participants", "file_url": "https://youtu.be/fzkAtfx6W-g", "media_type": "video", "description": "Since 1980, the IEEE Symposium on Security and Privacy has been the premier forum for presenting developments in computer security and electronic privacy, and for bringing together researchers and practitioners in the field. The panel, jointly organized with the US Government's Senior Steering Group for cybersecurity R&D explored questions, opportunities, and challenges in privacy research. Panelists (left to right): Betsy Masiello, Senior Manager, Global Public Policy, Google Karyn Higa-Smith, IdM/privacy R&D Program Manager, DHS S&T Cyber Security Division Deirdre Mulligan, professor of law, UC Berkeley School of Information Moderator: Daniel Weitzner, Director, Decentralized Information Group, MIT CSAIL Vijayalakshmi (Vijay) Atluri, NSF/SaTC Progam Director Joan Feigenbaum, professor of computer science, Yale University Jeannette Wing, VP, Head of Microsoft Research International. ", "metadata_created": "10/18/2017", "metadata_modified": "10/18/2017", "topic": "cybersecurity; privacy", "comments": "2013 IEEE Symposium on Security and Privacy", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-07-16-2013-001-01", "year": "2013", "pp_date": "7/16/2013", "title": "RNP & AmLight Updates", "author": "Alex Moura", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2/2c/RNP_and_AmLight_Update_-_Alex_Moura.pdf", "media_type": "pdf", "description": "RNP has plans to implement a 100G backbone network with Telebras as its partner. Initially a southeast optical ring plus Curitiba City will be upgraded to 100G This infrastructure will be used as a testbed for SDN trials. In 2014 a northeast ring will be upgraded to 100G subject to budget approval. RedCLARA currently provides South American networking between Madrid, Sao Paulo, Chile, Argentina, Peru, Columbia, Venezuela, Mexico, Miami (Florida), and several Central American sites at up to 2.5G speeds. Several upgrades to this network are planned in 2013. Central American sites include Panama, Costa Rica, Nicaragua, Guatemala and Mexico. Additional links are provided to Jamaica and the Cayman Islands. Other links being upgraded/deployed include Buenos Aires to Porto Alegre and Antofagasta (Chile) to Lima (Peru) AmLight provides 2 x 10G links between Sao Paulo to Miami and 1G Sao Paulo to Santiago. Additional links are being implemented between Santiago to Miami to provide independent pathways. RedCLARA plans additional links at 10-100G between Santiago, Panama and California.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networks; networked systems; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-06-18-2013-001-01", "year": "2013", "pp_date": "6/18/2013", "title": "100G Intercontinental: The Next Network Frontier", "author": "Erik-Jan Bos", "file_url": "https://www.nitrd.gov/nitrdgroups/images/d/d4/100GIntercontinental-v1_0.pdf", "media_type": "pdf", "description": "Erik-Jan Bos presented a description of the recently deployed 100G wave transAtlantic link. Recently trans-Atlantic connectivity was based on 10G links, leased capacity as a service and often mission-oriented. Big science applications generate flows over 10G and soon over 40G. No market exists for 100G and above yet. The Advanced North Atlantic (ANA)-100G collaboration was announced April 24, 2013 among ESnet, SURFnet, NORDUnet, Internet2, CANARIE, and GEANT. Its goals are to provide new models for collaboration, new governance, new technologies and a public-private partnership with industry. The network pilot was planned to be operational by June 3, 2013, an ambitious implementation. ANA-100 today is using spectrum and open exchanges. It provides connectivity between MAN LAN at 32 AoA in New York to TeleCity2 in Amsterdam with an extension to Maastricht for TNC. Several demos over the 100G network included: - Big Data transfers with multipathing, OpenFlow and MPTCP. - Visualization of the 100G traffic - First European ExoGENI at Work (Inder Monga & the ESnet team implemented the 100G visualization) The 100G will remain for at least 12 months to support applications development. Research is considering a 2nd 100G link to provide full resiliency using more open exchange points. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "intercontinental; connectivity; internet; networks; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-05-29-2013-006-01", "year": "2013", "pp_date": "5/29/2013", "title": "RDA (Research Data Alliance)", "author": "Francine Berman", "file_url": "https://www.nitrd.gov/nitrdgroups/images/b/b5/Building_the_Research_Data_Alliance.pdf", "media_type": "pdf", "description": "The Research Data Alliance (RDA) is a research community organization started in 2013 by the European Commission, the American National Science Foundation and National Institute of Standards and Technology, and the Australian Department of Innovation. Its goal is to build social and technical infrastructure to enable the open sharing of data. Data Driving Solutions to Complex Science and Societal Challenges; Sharing and Exchange of Data Leading to an Acceleration of Innovation; Integrating Data Across Cultures, Scales, Technologies Requires Infrastructure; The Research Data Alliance.\n\n ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "large-scale data; big data; data management; data analysis", "comments": "Data Sharing and Metadata Curation: Obstacles and Strategies", "presented_at": "Big Data", "key_words": "" }, { "presentation_id": "PID-05-29-2013-004-01", "year": "2013", "pp_date": "5/29/2013", "title": "NCN/nanoHUB (Network for Computational Nanotechnology)", "author": "Gerhard Klimeck", "file_url": "https://www.nitrd.gov/nitrdgroups/images/a/af/Mythbusting_Perceptions_on_nanoHUB.pdf", "media_type": "pdf", "description": "Mythbusting Perceptions by meeting Stakeholder Needs on nanoHUB.org. nanoHUB.org is a science and engineering gateway comprising community-contributed resources and geared toward educational applications, professional networking, and interactive simulation tools for nanotechnology.[1] Funded by the United States National Science Foundation (NSF), it is a product of the Network for Computational Nanotechnology (NCN), a multi-university initiative of eight member institutions including Purdue University, the University of California at Berkeley, the University of Illinois at Urbana-Champaign, Massachusetts Institute of Technology, the Molecular Foundry at Lawrence Berkeley National Laboratory, Norfolk State University, Northwestern University, and the University of Texas at El Paso. NCN was established to create a resource for nanoscience and nanotechnology via online services for research, education, and professional collaboration. NCN supports research efforts in nanoelectronics; nanoelectromechanical systems (NEMS); nanofluidics; nanomedicine, biology; and nanophotonics.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "development; networks; collaboration; large-scale data; big data; data management; data analysis", "comments": "Data Sharing and Metadata Curation: Obstacles and Strategies", "presented_at": "Big Data", "key_words": "" }, { "presentation_id": "PID-05-29-2013-007-01", "year": "2013", "pp_date": "5/29/2013", "title": "EarthCube", "author": "Joel Cutcher-Gershenfeld", "file_url": "https://www.nitrd.gov/nitrdgroups/images/5/5a/Earth_Cube.pdf", "media_type": "pdf", "description": "EarthCube was initiated by the National Science Foundation (NSF) in 2011 to transform geoscience research by developing cyberinfrastructure to improve access, sharing, visualization, and analysis of all forms of geosciences data and related resources. As a community-governed effort, EarthCube's goal is to enable geoscientists to tackle the challenges of understanding and predicting a complex and evolving solid Earth, hydrosphere, atmosphere, and space environment systems. Data Sharing and Metadata Curation: Obstacles and Strategies; Transdisciplinary Community Perspectives: EarthCube.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "large-scale data; big data; data management; data analysis", "comments": "Data Sharing and Metadata Curation: Obstacles and Strategies", "presented_at": "Big Data", "key_words": "" }, { "presentation_id": "PID-05-29-2013-006-02", "year": "2013", "pp_date": "5/29/2013", "title": "RDA (Research Data Alliance) (video)", "author": "Francine Berman", "file_url": "http://youtu.be/VjAKH9cXy5E", "media_type": "video", "description": "The Research Data Alliance (RDA) is a research community organization started in 2013 by the European Commission, the American National Science Foundation and National Institute of Standards and Technology, and the Australian Department of Innovation. Its goal is to build social and technical infrastructure to enable the open sharing of data. Data Driving Solutions to Complex Science and Societal Challenges; Sharing and Exchange of Data Leading to an Acceleration of Innovation; Integrating Data Across Cultures, Scales, Technologies Requires Infrastructure; The Research Data Alliance.\n\n ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "large-scale data; big data; data management; data analysis", "comments": "Data Sharing and Metadata Curation: Obstacles and Strategies", "presented_at": "Big Data", "key_words": "" }, { "presentation_id": "PID-05-29-2013-004-02", "year": "2013", "pp_date": "5/29/2013", "title": "NCN/nanoHUB (Network for Computational Nanotechnology) (video)", "author": "Gerhard Klimeck", "file_url": "http://youtu.be/NpKs4rZPjlY", "media_type": "video", "description": "Mythbusting Perceptions by meeting Stakeholder Needs on nanoHUB.org. nanoHUB.org is a science and engineering gateway comprising community-contributed resources and geared toward educational applications, professional networking, and interactive simulation tools for nanotechnology.[1] Funded by the United States National Science Foundation (NSF), it is a product of the Network for Computational Nanotechnology (NCN), a multi-university initiative of eight member institutions including Purdue University, the University of California at Berkeley, the University of Illinois at Urbana-Champaign, Massachusetts Institute of Technology, the Molecular Foundry at Lawrence Berkeley National Laboratory, Norfolk State University, Northwestern University, and the University of Texas at El Paso. NCN was established to create a resource for nanoscience and nanotechnology via online services for research, education, and professional collaboration. NCN supports research efforts in nanoelectronics; nanoelectromechanical systems (NEMS); nanofluidics; nanomedicine, biology; and nanophotonics.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "development; networks; collaboration; large-scale data; big data; data management; data analysis", "comments": "Data Sharing and Metadata Curation: Obstacles and Strategies", "presented_at": "Big Data", "key_words": "" }, { "presentation_id": "PID-05-29-2013-007-02", "year": "2013", "pp_date": "5/29/2013", "title": "EarthCube (video)", "author": "Joel Cutcher-Gershenfeld", "file_url": "http://youtu.be/tYDYoEeK7Mc", "media_type": "video", "description": "EarthCube was initiated by the National Science Foundation (NSF) in 2011 to transform geoscience research by developing cyberinfrastructure to improve access, sharing, visualization, and analysis of all forms of geosciences data and related resources. As a community-governed effort, EarthCube's goal is to enable geoscientists to tackle the challenges of understanding and predicting a complex and evolving solid Earth, hydrosphere, atmosphere, and space environment systems. Data Sharing and Metadata Curation: Obstacles and Strategies; Transdisciplinary Community Perspectives: EarthCube.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "large-scale data; big data; data management; data analysis", "comments": "Data Sharing and Metadata Curation: Obstacles and Strategies", "presented_at": "Big Data", "key_words": "" }, { "presentation_id": "PID-05-29-2013-005-02", "year": "2013", "pp_date": "5/29/2013", "title": "Biomedical Metamodels (video)", "author": "Mark Musen", "file_url": "http://youtu.be/7u6AwkPSPrE", "media_type": "video", "description": "BMIR (Stanford Center for Biomedical Informatics Research). Biomedical Metamodels; BioSharing Initiative; BioDBcore; biological databases; Microrarray Experiment; HL7 Organization; Clinical Document Architecture.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "large-scale data; big data; data management; data analysis", "comments": "Data Sharing and Metadata Curation: Obstacles and Strategies", "presented_at": "Big Data", "key_words": "" }, { "presentation_id": "PID-05-29-2013-005-01", "year": "2013", "pp_date": "5/29/2013", "title": "Biomedical Metamodels", "author": "Mark Musen", "file_url": "https://www.nitrd.gov/nitrdgroups/images/8/89/Biomedical_Metamodels.pdf", "media_type": "pdf", "description": "BMIR (Stanford Center for Biomedical Informatics Research). Biomedical Metamodels; BioSharing Initiative; BioDBcore; biological databases; Microrarray Experiment; HL7 Organization; Clinical Document Architecture.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "large-scale data; big data; data management; data analysis", "comments": "Data Sharing and Metadata Curation: Obstacles and Strategies", "presented_at": "Big Data", "key_words": "" }, { "presentation_id": "PID-05-29-2013-003-02", "year": "2013", "pp_date": "5/29/2013", "title": "NIST/ITL/MML (NIST Information Technology Laboratory and Material Measurement Lab) (video)", "author": "Mary Brady; Ram Sriram; Jim Warren; Carelyn Campbell", "file_url": "http://youtu.be/7nGQa91mMJI", "media_type": "video", "description": "The Materials Genome Initiative is a multi-agency initiative designed to create a new era of policy, resources, and infrastructure that support U.S. institutions in the effort to discover, manufacture, and deploy advanced materials twice as fast, at a fraction of the cost. Advanced materials are essential to economic security and human well being, with applications in industries aimed at addressing challenges in clean energy, national security, and human welfare, yet it can take 20 or more years to move a material after initial discovery to the market. Accelerating the pace of discovery and deployment of advanced material systems will therefore be crucial to achieving global competitiveness in the 21st century. Since the launch of MGI in 2011, the Federal government has invested over $250 million in new R&D and innovation infrastructure to anchor the use of advanced materials in existing and emerging industrial sectors in the United States. Materials Innovation Infrastructure; data tools and informatics for phase-based materials data.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "materials; genomics; initiative; infrastructure; data tools; large-scale data; big data; data management; data analysis", "comments": "Data Sharing and Metadata Curation: Obstacles and Strategies", "presented_at": "Big Data", "key_words": "" }, { "presentation_id": "PID-05-29-2013-003-01", "year": "2013", "pp_date": "5/29/2013", "title": "NIST/ITL/MML (NIST Information Technology Laboratory and Material Measurement Lab)", "author": "Mary Brady; Ram Sriram; Jim Warren; Carelyn Campbell", "file_url": "https://www.nitrd.gov/nitrdgroups/images/1/12/NIST_and_The_Materials_Genome_Initiative.pdf", "media_type": "pdf", "description": "The Materials Genome Initiative is a multi-agency initiative designed to create a new era of policy, resources, and infrastructure that support U.S. institutions in the effort to discover, manufacture, and deploy advanced materials twice as fast, at a fraction of the cost. Advanced materials are essential to economic security and human well being, with applications in industries aimed at addressing challenges in clean energy, national security, and human welfare, yet it can take 20 or more years to move a material after initial discovery to the market. Accelerating the pace of discovery and deployment of advanced material systems will therefore be crucial to achieving global competitiveness in the 21st century. Since the launch of MGI in 2011, the Federal government has invested over $250 million in new R&D and innovation infrastructure to anchor the use of advanced materials in existing and emerging industrial sectors in the United States. Materials Innovation Infrastructure; data tools and informatics for phase-based materials data.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "materials; genomics; initiative; innovation; infrastructure; data tools; data; computation; large-scale data; big data; data management; data analysis", "comments": "Data Sharing and Metadata Curation: Obstacles and Strategies", "presented_at": "Big Data", "key_words": "" }, { "presentation_id": "PID-05-29-2013-001-02", "year": "2013", "pp_date": "5/29/2013", "title": "DataOne (DataNet Observational Network for the Earth) (video)", "author": "Rebecca Koskela; William Michener; Dave Vieglais; Amber Budden ", "file_url": "http://youtu.be/vMbMYXTTM4o", "media_type": "video", "description": "Data Observation Network for Earth (DataONE) is the foundation of new innovative environmental science through a distributed framework and sustainable cyberinfrastructure that meets the needs of science and society for open, persistent, robust, and secure access to well-described and easily discovered Earth observational data. Semantics; provenance; metadata; data reuse. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "data citations; data discovery; data; metadata; large-scale data; big data; data management; data analysis", "comments": "Data Sharing and Metadata Curation: Obstacles and Strategies", "presented_at": "Big Data", "key_words": "" }, { "presentation_id": "PID-05-29-2013-008-02", "year": "2013", "pp_date": "5/29/2013", "title": "Data Sharing and Metadata Curation: Interagency Perspectives (video)", "author": "Ted Haberman", "file_url": "http://youtu.be/jcOeo43frHc", "media_type": "video", "description": "Convergence and tools; convergence: community; a documentation consortium; integrated documentation improvement approach.\n\n", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "large-scale data; big data; data management; data analysis", "comments": "Data Sharing and Metadata Curation: Obstacles and Strategies", "presented_at": "Big Data", "key_words": "" }, { "presentation_id": "PID-05-29-2013-002-01", "year": "2013", "pp_date": "5/29/2013", "title": "DFC/iRODS (DataNet Federation Consortium/innovative rules oriented data system)", "author": "Reagan Moore; Mary Whitton", "file_url": "https://www.nitrd.gov/nitrdgroups/images/5/52/DFC-iRODS-data-grid.pdf", "media_type": "pdf", "description": "The DataNet Federation Consortium is a project within the NSF Office of Cyber-Infrastructure DataNet initiative. The goal of the DataNet Federation Consortium is to assemble national data infrastructure that enables collaborative research, through federation of existing data management infrastructure. The DFC seeks collaborations through six communities of practice that organize national expertise. The areas of expertise needed to build the national infrastructure include: Science and Engineering; Facilities and Operations; Technology and Research; Policies and Standards; Education and Outreach; and Sustainability. Each community of practice defines the related infrastructure and works with an extended group of experts to track evolution of the technology.\n\n", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "data; systems; large-scale data; big data; data management; data analysis", "comments": "Data Sharing and Metadata Curation: Obstacles and Strategies", "presented_at": "Big Data", "key_words": "" }, { "presentation_id": "PID-05-29-2013-001-01", "year": "2013", "pp_date": "5/29/2013", "title": "DataOne (DataNet Observational Network for the Earth)", "author": "Rebecca Koskela; William Michener; Dave Vieglais; Amber Budden ", "file_url": "https://www.nitrd.gov/nitrdgroups/images/7/72/DataONE_Data_Observaonal_Network_for_Earth.pdf", "media_type": "pdf", "description": "Presentation outline: \"Data Observation Network for Earth (DataONE) is the foundation of new innovative environmental science through a distributed framework and sustainable cyberinfrastructure that meets the needs of science and society for open, persistent, robust, and secure access to well-described and easily discovered Earth observational data. Semantics; provenance; metadata; data reuse.\" ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "large-scale data; big data; data management; data analysis", "comments": "Data Sharing and Metadata Curation: Obstacles and Strategies", "presented_at": "Big Data", "key_words": "" }, { "presentation_id": "PID-05-29-2013-008-01", "year": "2013", "pp_date": "5/29/2013", "title": "Data Sharing and Metadata Curation: Interagency Perspectives", "author": "Ted Haberman", "file_url": "https://www.nitrd.gov/nitrdgroups/images/9/99/Convergence_and_Tools.pdf", "media_type": "pdf", "description": "Presentation outline: \"Convergence and tools; convergence: community; a documentation consortium; integrated documentation improvement approach.\"\n\n", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "large-scale data; big data; data management; data analysis", "comments": "Data Sharing and Metadata Curation: Obstacles and Strategies", "presented_at": "Big Data", "key_words": "" }, { "presentation_id": "PID-05-03-2013-005-01", "year": "2013", "pp_date": "5/3/2013", "title": "Data Science & Multi-Stakeholder Partnerships", "author": "Annika Jimenez", "file_url": "https://www.nitrd.gov/nitrdgroups/images/3/32/Data_Science_%26_Multi-Stakeholder_Partnerships.pdf", "media_type": "pdf", "description": "Presentation given by Annika Jimenez at White House Big Data Partners Workshop. Presentation outline: \"Data Science; Data Science Value Chain; Sample Scenario – Data Sources; What Is A \"Data Scientist\"? Pivotal Data Science Dream Team; Pivotal Data Science Knowledge Development; Data Science Curricula; Data Science and Big Data Analytics Course and Certification; Hard Problem Solving; RNA Sequencing; Pivotal Industry Collaboration\" ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "large-scale data; big data; data management; data analysis", "comments": "White House Big Data Partners Workshop", "presented_at": "Big Data", "key_words": "" }, { "presentation_id": "PID-05-03-2013-002-01", "year": "2013", "pp_date": "5/3/2013", "title": "The Promise of Big Data", "author": "Farnam Jahanian", "file_url": "https://www.nitrd.gov/nitrdgroups/images/9/92/Farnam_Jahanian_-The_Promise_of_Big_Data.pdf", "media_type": "pdf", "description": "Presentation outline: \"Advances in information technologies are transforming the fabric of our society, and data represents a transformative new currency for science, engineering, education and commerce. Era of Data and Information. Why is Big Data Important? Paradigm Shift: from Hypothesisdriven to Data-driven Discovery. Data-driven Discovery and Innovation Address Societal Challenges. Education, Learning, Workforce Development, Computational and Data-enabled. Science. NSF Framework for Investments. Complex Policy Setting. Discovery and Innovation Ecosystem.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "large-scale data; big data; data management; data analysis", "comments": "White House Big Data Partners Workshop", "presented_at": "Big Data", "key_words": "" }, { "presentation_id": "PID-05-03-2013-004-01", "year": "2013", "pp_date": "5/3/2013", "title": "Building a Data-Driven Society", "author": "Jake Porway", "file_url": "https://www.nitrd.gov/nitrdgroups/images/d/d5/Building_a_Data-Driven_Society.pdf", "media_type": "pdf", "description": "Presentation outline: \"Data-driven society. Using data in the service of humanity. Who will build the data-driven society? The results?\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "large-scale data; big data; data management; data analysis", "comments": "White House Big Data Partners Workshop", "presented_at": "Big Data", "key_words": "" }, { "presentation_id": "PID-05-03-2013-006-01", "year": "2013", "pp_date": "5/3/2013", "title": "RENCI Collaborations and Consortia to Advance Data Science", "author": "Stanley Ahalt", "file_url": "https://www.nitrd.gov/nitrdgroups/images/5/51/RENCI_Collaborations_and_Consortia_to_Advance_Data_Science.pdf", "media_type": "pdf", "description": "Presentation outline: \"RENCI Collaborations and Consortia to Advance Data Science. Storm Surge Forecasting (ADCIRC). NCGENES - Clinical Genomics. E-iRODS: Enterprise iRODS data grid technology. NCDS - National Consortium for Data Science.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "large-scale data; big data; data management; data analysis", "comments": "White House Big Data Partners Workshop", "presented_at": "Big Data", "key_words": "" }, { "presentation_id": "PID-05-03-2013-003-01", "year": "2013", "pp_date": "5/3/2013", "title": "Big Data Partners Workshop", "author": "Suzanne Iacono", "file_url": "https://www.nitrd.gov/nitrdgroups/images/f/f7/Big_Data_Partners_Workshop_remarks_by_Suzi_Iacono.pdf", "media_type": "pdf", "description": "Remarks by Suzi Iacono on the White House Big Data Partners Workshop.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "large-scale data; big data; data management; data analysis", "comments": "White House Big Data Partners Workshop", "presented_at": "Big Data", "key_words": "" }, { "presentation_id": "PID-05-03-2013-001-01", "year": "2013", "pp_date": "5/3/2013", "title": "Unleashing the Power of Big Data: Why We Need All Hands on Deck", "author": "Thomas Kalil", "file_url": "https://www.nitrd.gov/nitrdgroups/images/d/d5/Unleashing_the_Power_of_Big_Data.pdf", "media_type": "pdf", "description": "Presentation outline: \"Administration interest in Big Data; Government role; Examples of actions to advance Big Data.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "large-scale data; big data; data management; data analysis", "comments": "White House Big Data Partners Workshop", "presented_at": "Big Data", "key_words": "" }, { "presentation_id": "PID-05-03-2013-007-01", "year": "2013", "pp_date": "5/3/2013", "title": "Lightning Talk Slides", "author": "Workshop participants", "file_url": "https://www.nitrd.gov/nitrdgroups/images/9/9e/May_3_2013_Lightning_Talk_Slides.pdf", "media_type": "pdf", "description": "Presentation outline: \"Genomes Galore - Big Data Analytics for High Throughput DNA Sequencing. Write Optimization: The Future of Big Data Storage. MIT Big Data Initiative at CSAIL. Big Data Science for the Masses. Self-Generated Health Information Exchange. OPEN SCIENCE FOR BIG DATA. Dataverse for Big Data. Synergistic Co-Design for BIG DATA. Data Science Incubator. MITRE's Big Data Analytics Activities. Center for Urban Science and Progress (CUSP). NELL: Learning to Read the Web. Microsoft Projects of Interest. SGI SOLUTIONS FOR BIG DATA. Data Bridge: Solving the First & Last Mile Problems in Big Data. IBM Brings Big Data Skills to the Classroom and Workforce. Analyzing (Big) Data Boxes: Multi-way CS of Tensors. Myria: Foundations and Systems for Big Data Management. Projects of the NRC Board on Research Data & Info, and US CODATA. Analytical Approaches to Massive Data Analysis. Integrating Humans, Machines and Networks: A Global Review of Data-to-Decision Technologies. Big Data + Cyber Security. CDDA - The Center for Dynamic Data Analytics. National Weather Service for Infectious Disease Predicting the Next Pandemic. DOE Leadership Computing supports Big Data.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "large-scale data; big data; data management; data analysis", "comments": "White House Big Data Partners Workshop", "presented_at": "Big Data", "key_words": "" }, { "presentation_id": "PID-05-01-2013-0001-01", "year": "2013", "pp_date": "5/1/2013", "title": "Recent Trends in Operating Systems and their Applicability to HPC", "author": "Barney McCabe", "file_url": "https://www.nitrd.gov/nitrdgroups/images/a/ae/Maccabe_Slides.pdf", "media_type": "pdf", "description": "Presentation outline: \"Researchers are developing new applications and architectures to run applications such as science models faster on supercomputers. This talk addresses what is happening to enable high performance computing. A wide range of approaches has been developed including: Mach, microkernels, L4, CNK, lightweight kernels, Catamount, hypervisors, VMware, and Xen...\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "operating systems; high performance computing; microkernels; hypervisors; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-04-23-2013-023-01", "year": "2013", "pp_date": "4/23/2013", "title": "Spectrum Efficient Antenna Research Technology Integration Project - \"SPEARTIP\"", "author": "Allan Sadowski", "file_url": "https://www.nitrd.gov/nitrdgroups/images/0/08/Spectrum_Efficient_Antenna_Research_Technology_Integration_Project.pdf", "media_type": "pdf", "description": "Presentation outline: \"SPEARTIP - Spectrum Efficient Antenna Research Technology Integration Project (North Carolina Department of Public Safety, North Carolina State Highway Patrol). Antennas actively putting \"bits on target\" while simultaneously improving spectrum use.\"\n", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "wireless; commercial; business models; frameworks; spectrum; spectrum sharing; systems", "comments": "WSRD Workshop IV- The goal of this workshop is to identify economic and policy research that will facilitate the commercialization of wireless system technologies, business models, and institutional/policy frameworks that will align incentives and ease roadblocks to promoting progress toward maximizing the economic benefit from our collective use of wireless systems and the radio frequency spectrum on which such systems depend.", "presented_at": "WSRD", "key_words": "" }, { "presentation_id": "PID-04-23-2013-012-01", "year": "2013", "pp_date": "4/23/2013", "title": "Fallow Spectrum And The Economy: Determining Economic Losses Caused by\nthe Fallow and Poorly Built-Out Licensed Spectrum\n", "author": "Barlow Keener", "file_url": "https://www.nitrd.gov/nitrdgroups/images/a/ac/Fallow_Spectrum_And_The_Economy.pdf", "media_type": "pdf", "description": "Presentation outline: \"Fallow Spectrum is not well identified on a GIS mapped level What Carrier owns what spectrum and where? Where is infrastructure built out, or lightly built? Similar to identifying the lack of broadband in rural areas Fallow Spectrum impedes productivity for anyone driving in rural areas even on major highways. Economic loss caused by fallow spectrum is real, but not measured Requires measurement from the \"ground up\".\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "wireless; commercial; business models; frameworks; spectrum; spectrum sharing; systems", "comments": "WSRD Workshop IV- The goal of this workshop is to identify economic and policy research that will facilitate the commercialization of wireless system technologies, business models, and institutional/policy frameworks that will align incentives and ease roadblocks to promoting progress toward maximizing the economic benefit from our collective use of wireless systems and the radio frequency spectrum on which such systems depend.", "presented_at": "WSRD", "key_words": "" }, { "presentation_id": "PID-04-23-2013-009-01", "year": "2013", "pp_date": "4/23/2013", "title": "Jumpstarting Investment Investor and Legal Perspectives", "author": "Barlow Keener; Armand Musey", "file_url": "https://www.nitrd.gov/nitrdgroups/images/e/ea/Jumpstarting_Investment_Investor_and_Legal_Perspectives.pdf", "media_type": "pdf", "description": "Presentation outline: \"The Conflict The Opportunity; Licenses Provide Quasi Monopoly/Oligopoly type Competition; No License - Investment Case is Hard; The Spectrum Sharing Formula (Spectrum Sharing = Spectrum Demand + Technology Innovation + Regulation). Shared Spectrum Chronology. Receiver Regulation. Fallow Spectrum.\"\n\n", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "wireless; commercial; business models; frameworks; spectrum; spectrum sharing; systems", "comments": "WSRD Workshop IV- The goal of this workshop is to identify economic and policy research that will facilitate the commercialization of wireless system technologies, business models, and institutional/policy frameworks that will align incentives and ease roadblocks to promoting progress toward maximizing the economic benefit from our collective use of wireless systems and the radio frequency spectrum on which such systems depend.", "presented_at": "WSRD", "key_words": "" }, { "presentation_id": "PID-04-23-2013-006-01", "year": "2013", "pp_date": "4/23/2013", "title": "WSRD Workshop IV: Utilities Telecom Council", "author": "Brett Kilbourne", "file_url": "https://www.nitrd.gov/nitrdgroups/images/b/b8/Brett_Kilbourne.pdf", "media_type": "pdf", "description": "Presentation outline: \"Utilities are interested in sharing spectrum with Federal government incumbents. * UTC's proposal to share Federal spectrum, recognizes that: - Utilities and federal government can compatibly share spectrum * Smart grid applications are predominately fixed and operations could be configured to share during certain times of day or in certain areas. * Similar communications needs/missions; utilities represent a limited class of well-understood users. - Spectrum sharing represents a way for utilities to meet near-term needs. * UTC supports sharing 3.5/3.65 GHz and 700 MHz/4.9 GHz bands.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "wireless; commercial; business models; frameworks; spectrum; spectrum sharing; systems", "comments": "WSRD Workshop IV- The goal of this workshop is to identify economic and policy research that will facilitate the commercialization of wireless system technologies, business models, and institutional/policy frameworks that will align incentives and ease roadblocks to promoting progress toward maximizing the economic benefit from our collective use of wireless systems and the radio frequency spectrum on which such systems depend.", "presented_at": "WSRD", "key_words": "" }, { "presentation_id": "PID-04-23-2013-022-01", "year": "2013", "pp_date": "4/23/2013", "title": "Realtime GHz-Wide Spectrum Sensing", "author": "Dina Katabi", "file_url": "https://www.nitrd.gov/nitrdgroups/images/e/e3/Realtime_GHz-Wide_Spectrum_Sensing.pdf", "media_type": "pdf", "description": "Presentation outline: \"Imagine a low-power cheap sensors that captures GHz-wide spectrum in realtime * Thousands of sensors to map spectrum usage * Very efficient dynamic spectrum sharing. Realtime GHz Spectrum Sensing is Difficult. Idea: Leverage Sparsity. Sparse recovery show that one can acquire sparse signals using sub-Nyquist sampling. Sparse FFT No random sampling -> can use low-speed ADCs. Realtime GHz Spectrum Sensing. Testbed of Software Radios.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "wireless; commercial; business models; frameworks; spectrum; spectrum sharing; systems", "comments": "WSRD Workshop IV- The goal of this workshop is to identify economic and policy research that will facilitate the commercialization of wireless system technologies, business models, and institutional/policy frameworks that will align incentives and ease roadblocks to promoting progress toward maximizing the economic benefit from our collective use of wireless systems and the radio frequency spectrum on which such systems depend.", "presented_at": "WSRD", "key_words": "" }, { "presentation_id": "PID-04-23-2013-021-01", "year": "2013", "pp_date": "4/23/2013", "title": "Spectrum Metrology and Data: Need for Better Data, Models and Processes", "author": "Doug Sicker", "file_url": "https://www.nitrd.gov/nitrdgroups/images/3/3b/Spectrum_Metrology_and_Data.pdf", "media_type": "pdf", "description": "Presentation outline: \"Assess every aspect of how we define, measure, model and threshold spectrum: Develop meaningful definitions; Establish new models; Establish methods; Establish disclosure methods and process...\" ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "wireless; commercial; business models; frameworks; spectrum; spectrum sharing; systems", "comments": "WSRD Workshop IV- The goal of this workshop is to identify economic and policy research that will facilitate the commercialization of wireless system technologies, business models, and institutional/policy frameworks that will align incentives and ease roadblocks to promoting progress toward maximizing the economic benefit from our collective use of wireless systems and the radio frequency spectrum on which such systems depend.", "presented_at": "WSRD", "key_words": "" }, { "presentation_id": "PID-04-23-2013-015-01", "year": "2013", "pp_date": "4/23/2013", "title": "Spectrum Management: Property Rights, Markets, And The Commons", "author": "Gerry Faulhaber", "file_url": "https://www.nitrd.gov/nitrdgroups/images/f/f2/Spectrum_Sharing_Policy_R%26D.pdf", "media_type": "pdf", "description": "Presentation outline: \"Where's the Wireless Broadband? Can We Get That Fed Spectrum For Commercial BB? Can Sharing Work? What Research Is Needed?\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "wireless; commercial; business models; frameworks; spectrum; spectrum sharing; systems", "comments": "WSRD Workshop IV- The goal of this workshop is to identify economic and policy research that will facilitate the commercialization of wireless system technologies, business models, and institutional/policy frameworks that will align incentives and ease roadblocks to promoting progress toward maximizing the economic benefit from our collective use of wireless systems and the radio frequency spectrum on which such systems depend.", "presented_at": "WSRD", "key_words": "" }, { "presentation_id": "PID-04-23-2013-017-01", "year": "2013", "pp_date": "4/23/2013", "title": "The Economics of Spectrum Sharing Considerations", "author": "Guilia McHenry", "file_url": "https://www.nitrd.gov/nitrdgroups/images/d/d0/The_Economics_of_Spectrum_Sharing_Considerations.pdf", "media_type": "pdf", "description": "Presentation outline: \"Economist perspective on spectrum sharing; drivers of spectrum value; impact of sharing on spectrum value. Consumers want to preserve and extend the dynamic digital communication ecology. Meeting the maturation challenges of the digital revolution by adapting to the unintended consequences of success.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "wireless; commercial; business models; frameworks; spectrum; spectrum sharing; systems", "comments": "WSRD Workshop IV- The goal of this workshop is to identify economic and policy research that will facilitate the commercialization of wireless system technologies, business models, and institutional/policy frameworks that will align incentives and ease roadblocks to promoting progress toward maximizing the economic benefit from our collective use of wireless systems and the radio frequency spectrum on which such systems depend.", "presented_at": "WSRD", "key_words": "" }, { "presentation_id": "PID-04-23-2013-007-01", "year": "2013", "pp_date": "4/23/2013", "title": "Near Term Emerging Technologies", "author": "Jake MacLeod", "file_url": "https://www.nitrd.gov/nitrdgroups/images/a/a2/JAKE_MACLEOD.pdf", "media_type": "pdf", "description": "Presentation outline: \"Near Term Emerging Technologies: IEEE 802.11ac, LTE Video Broadcasting, Voice over LTE (VoLTE), LTE Release 11 - Carrier Aggregation, Cognitive Radio. \"\n", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "wireless; commercial; business models; frameworks; spectrum; spectrum sharing; systems", "comments": "WSRD Workshop IV- The goal of this workshop is to identify economic and policy research that will facilitate the commercialization of wireless system technologies, business models, and institutional/policy frameworks that will align incentives and ease roadblocks to promoting progress toward maximizing the economic benefit from our collective use of wireless systems and the radio frequency spectrum on which such systems depend.", "presented_at": "WSRD", "key_words": "" }, { "presentation_id": "PID-04-23-2013-003-01", "year": "2013", "pp_date": "4/23/2013", "title": "Recent Experiences with Spectrum Sharing, TV White Spaces: The Good, the Bad and the Opportunity", "author": "Jeff Schmidt", "file_url": "https://www.nitrd.gov/nitrdgroups/images/8/80/Recent_Experiences_with_Spectrum_Sharing%2C_TV_White_Spaces_The_Good%2C_the_Bad_and_the_Opportunity.pdf", "media_type": "pdf", "description": "Presentation outline: \"...At the precipice of exponential growth in wireless bandwidth consumption. Past growth supported by improvements in: modulation techniques, MIMO, variable cell size, MAC layer protocols, brute force spectrum allocation. Future growth will depend on spectrum sharing: more efficient spectrum use and smaller cells.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "wireless; commercial; business models; frameworks; spectrum; spectrum sharing; systems", "comments": "WSRD Workshop IV- The goal of this workshop is to identify economic and policy research that will facilitate the commercialization of wireless system technologies, business models, and institutional/policy frameworks that will align incentives and ease roadblocks to promoting progress toward maximizing the economic benefit from our collective use of wireless systems and the radio frequency spectrum on which such systems depend.", "presented_at": "WSRD", "key_words": "" }, { "presentation_id": "PID-04-23-2013-008-01", "year": "2013", "pp_date": "4/23/2013", "title": "Exploring and Preserving the SocioTechnical Underpinnings of the Success of the Unlicensed Revolution", "author": "Mark Cooper", "file_url": "https://www.nitrd.gov/nitrdgroups/images/4/45/Exploring_and_Preserving_the_Socio-Technical_Underpinnings_of_the_Success_of_the_Unlicensed_Revolution.pdf", "media_type": "pdf", "description": "Presentation outline: \"Sometimes we study history to avoid making the same old mistakes; Sometimes we study history to learn how to repeat past success\". The economic benefit of unlicensed spectrum in a mixed licensed/unlicensed wireless sector.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "wireless; commercial; business models; frameworks; spectrum; spectrum sharing; systems", "comments": "WSRD Workshop IV- The goal of this workshop is to identify economic and policy research that will facilitate the commercialization of wireless system technologies, business models, and institutional/policy frameworks that will align incentives and ease roadblocks to promoting progress toward maximizing the economic benefit from our collective use of wireless systems and the radio frequency spectrum on which such systems depend.", "presented_at": "WSRD", "key_words": "" }, { "presentation_id": "PID-04-23-2013-001-01", "year": "2013", "pp_date": "4/23/2013", "title": "1755 - 1850 MHz Spectrum Sharing", "author": "Mark Gibson", "file_url": "https://www.nitrd.gov/nitrdgroups/images/4/4f/1755_1850_MHz_Spectrum_Sharing.pdf", "media_type": "pdf", "description": "Presentation outline: \"The goal of this workshop is to identify economic and policy research that will facilitate the commercialization of wireless system technologies, business models, and institutional/policy frameworks that will align incentives and ease roadblocks to promoting progress toward maximizing the economic benefit from our collective use of wireless systems and the radio frequency spectrum on which such systems depend.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "wireless; commercial; business models; frameworks; spectrum; spectrum sharing; systems", "comments": "WSRD Workshop IV- The goal of this workshop is to identify economic and policy research that will facilitate the commercialization of wireless system technologies, business models, and institutional/policy frameworks that will align incentives and ease roadblocks to promoting progress toward maximizing the economic benefit from our collective use of wireless systems and the radio frequency spectrum on which such systems depend.", "presented_at": "WSRD", "key_words": "" }, { "presentation_id": "PID-04-23-2013-010-01", "year": "2013", "pp_date": "4/23/2013", "title": "Practical Aspects of Enforcement in Cooperative Sharing", "author": "Martin Weiss", "file_url": "https://www.nitrd.gov/nitrdgroups/images/c/cd/Practical_Aspects_of_Enforcement_in_Cooperative_Sharing.pdf", "media_type": "pdf", "description": "Presentation outline: \"Research project proposal; What needs to be done? Develop heuristics to guide balance of ex ante to ex post techniques; Develop adjudication that is \"lightweight”, cost efficient and trustworthy; How to implement research; Challenges; Benefits.\"\n", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "wireless; commercial; business models; frameworks; spectrum; spectrum sharing; systems", "comments": "WSRD Workshop IV- The goal of this workshop is to identify economic and policy research that will facilitate the commercialization of wireless system technologies, business models, and institutional/policy frameworks that will align incentives and ease roadblocks to promoting progress toward maximizing the economic benefit from our collective use of wireless systems and the radio frequency spectrum on which such systems depend.", "presented_at": "WSRD", "key_words": "" }, { "presentation_id": "PID-04-23-2013-020-01", "year": "2013", "pp_date": "4/23/2013", "title": "Moving spectrum markets up the stack", "author": "Martin Weiss", "file_url": "https://www.nitrd.gov/nitrdgroups/images/e/e1/Moving_spectrum_markets_up_the_stack.pdf", "media_type": "pdf", "description": "Presentation outline: \"It is increasingly clear that trading \"naked spectrum\" is infeasible; Secondary markets are needed for asset price discovery; Suppose we treat (lower level) connectivity as a service supported by trading markets?\" ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "wireless; commercial; business models; frameworks; spectrum; spectrum sharing; systems", "comments": "WSRD Workshop IV- The goal of this workshop is to identify economic and policy research that will facilitate the commercialization of wireless system technologies, business models, and institutional/policy frameworks that will align incentives and ease roadblocks to promoting progress toward maximizing the economic benefit from our collective use of wireless systems and the radio frequency spectrum on which such systems depend.", "presented_at": "WSRD", "key_words": "" }, { "presentation_id": "PID-04-23-2013-014-01", "year": "2013", "pp_date": "4/23/2013", "title": "Assessing Spectrum Value", "author": "Michael Honig et al.", "file_url": "https://www.nitrd.gov/nitrdgroups/images/a/a5/ASSESSING_SPECTRUM_VALUE.pdf", "media_type": "pdf", "description": "Presentation outline: \"How to separate the value of the application from the value of the spectrum; Marginal versus total value; Congestion and interference management.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "wireless; commercial; business models; frameworks; spectrum; spectrum sharing; systems", "comments": "WSRD Workshop IV- The goal of this workshop is to identify economic and policy research that will facilitate the commercialization of wireless system technologies, business models, and institutional/policy frameworks that will align incentives and ease roadblocks to promoting progress toward maximizing the economic benefit from our collective use of wireless systems and the radio frequency spectrum on which such systems depend.", "presented_at": "WSRD", "key_words": "" }, { "presentation_id": "PID-04-23-2013-011-01", "year": "2013", "pp_date": "4/23/2013", "title": "FCC delays and impact on investment & innovation", "author": "Michael Marcus", "file_url": "https://www.nitrd.gov/nitrdgroups/images/d/de/FCC_delays_and_impact_on_investment_%26_innovation.pdf", "media_type": "pdf", "description": "Presentation outline: \"Where does wireless innovation come from? Risks & Investments in Technology; Regulatory Risk; Benefits; US Spectrum Policy\".\n", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "wireless; commercial; business models; frameworks; spectrum; spectrum sharing; systems", "comments": "WSRD Workshop IV- The goal of this workshop is to identify economic and policy research that will facilitate the commercialization of wireless system technologies, business models, and institutional/policy frameworks that will align incentives and ease roadblocks to promoting progress toward maximizing the economic benefit from our collective use of wireless systems and the radio frequency spectrum on which such systems depend.", "presented_at": "WSRD", "key_words": "" }, { "presentation_id": "PID-04-23-2013-001-01", "year": "2013", "pp_date": "4/23/2013", "title": "Building the U.S. Government's First Secure Hybrid Community Cloud: Infrastructure on Demand", "author": "Mr. Anil Karmel", "file_url": "https://www.nitrd.gov/nitrdgroups/images/b/be/Building_YOURcloud.pdf", "media_type": "pdf", "description": "Presentation and discussion with Mr. Anil Karmel. Mr. Karmel, Deputy Chief Technology Officer at the National Nuclear Security Administration (NNSA), presented on how the Department of Energy's NNSA has employed the award winning innovations from Los Alamos National Laboratory's Infrastructure on Demand (IoD) cloud service broker, in collaboration with industry and government to deliver YOURcloud, the U.S. Government's first Secure Hybrid Community Cloud.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cloud; cloud computing; data", "comments": "", "presented_at": "FASTER", "key_words": "" }, { "presentation_id": "PID-04-23-2013-004-01", "year": "2013", "pp_date": "4/23/2013", "title": "Radio challenges for rural Public Safety communications", "author": "Allan Sadowski", "file_url": "https://www.nitrd.gov/nitrdgroups/images/8/83/Radio_challenges_for_rural_Public_Safety_communications.pdf", "media_type": "pdf", "description": "Presentation outline: \"Radio challenges for rural Public Safety communications.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "wireless; commercial; business models; frameworks; spectrum; spectrum sharing; systems", "comments": "WSRD Workshop IV- The goal of this workshop is to identify economic and policy research that will facilitate the commercialization of wireless system technologies, business models, and institutional/policy frameworks that will align incentives and ease roadblocks to promoting progress toward maximizing the economic benefit from our collective use of wireless systems and the radio frequency spectrum on which such systems depend.", "presented_at": "WSRD", "key_words": "" }, { "presentation_id": "PID-04-23-2013-002-01", "year": "2013", "pp_date": "4/23/2013", "title": "5 GHz sharing", "author": "Peter Ecclesine", "file_url": "https://www.nitrd.gov/nitrdgroups/images/7/7e/5_GHz_sharing.pdf", "media_type": "pdf", "description": "Presentation outline: \"5 GHz history and ITS/DSRC slides for the 5 GHz discussion.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "wireless; commercial; business models; frameworks; spectrum; spectrum sharing; systems", "comments": "WSRD Workshop IV- The goal of this workshop is to identify economic and policy research that will facilitate the commercialization of wireless system technologies, business models, and institutional/policy frameworks that will align incentives and ease roadblocks to promoting progress toward maximizing the economic benefit from our collective use of wireless systems and the radio frequency spectrum on which such systems depend.", "presented_at": "WSRD", "key_words": "" }, { "presentation_id": "PID-04-23-2013-024-01", "year": "2013", "pp_date": "4/23/2013", "title": "Mobile Broadband Spectrum Considerations", "author": "Peter Rysavy", "file_url": "https://www.nitrd.gov/nitrdgroups/images/8/8b/Mobile_Broadband_Spectrum_Considerations.pdf", "media_type": "pdf", "description": "Presentation outline: \"Data Explosion; Data Drivers; Data Consumption of Typical Applications; Rysavy Model for Spectrum Demand; Capacity: Pursuing All Options.\"\n", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "wireless; commercial; business models; frameworks; spectrum; spectrum sharing; systems", "comments": "WSRD Workshop IV- The goal of this workshop is to identify economic and policy research that will facilitate the commercialization of wireless system technologies, business models, and institutional/policy frameworks that will align incentives and ease roadblocks to promoting progress toward maximizing the economic benefit from our collective use of wireless systems and the radio frequency spectrum on which such systems depend.", "presented_at": "WSRD", "key_words": "" }, { "presentation_id": "PID-04-23-2013-018-01", "year": "2013", "pp_date": "4/23/2013", "title": "Optimizing interference: The role of receivers", "author": "Pierre de Vries", "file_url": "https://www.nitrd.gov/nitrdgroups/images/8/87/Optimizing_interference_The_role_of_receivers.pdf", "media_type": "pdf", "description": "Presentation outline: \"When can an operator stop a frequency neighbor from transmitting (at legal levels) inside that neighbor's assignment? What would improve interference optimization?\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "wireless; commercial; business models; frameworks; spectrum; spectrum sharing; systems", "comments": "WSRD Workshop IV- The goal of this workshop is to identify economic and policy research that will facilitate the commercialization of wireless system technologies, business models, and institutional/policy frameworks that will align incentives and ease roadblocks to promoting progress toward maximizing the economic benefit from our collective use of wireless systems and the radio frequency spectrum on which such systems depend.", "presented_at": "WSRD", "key_words": "" }, { "presentation_id": "PID-04-23-2013-016-01", "year": "2013", "pp_date": "4/23/2013", "title": "Is there really a spectrum crisis? ... and a few words on incentives...", "author": "Scott Wallsten", "file_url": "https://www.nitrd.gov/nitrdgroups/images/f/f9/Is_there_really_a_spectrum_crisis.pdf", "media_type": "pdf", "description": "Presentation outline: \"Is there really a spectrum crisis?..and a few words on incentives... Four factors affect license value Physical spectrum characteristics; Technological change; Demand for wireless services; Institutions (rules & regulations). Spectrum sharing is one innovation. By itself doesn't change underlying institutions or incentives.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "wireless; commercial; business models; frameworks; spectrum; spectrum sharing; systems", "comments": "WSRD Workshop IV- The goal of this workshop is to identify economic and policy research that will facilitate the commercialization of wireless system technologies, business models, and institutional/policy frameworks that will align incentives and ease roadblocks to promoting progress toward maximizing the economic benefit from our collective use of wireless systems and the radio frequency spectrum on which such systems depend.", "presented_at": "WSRD", "key_words": "" }, { "presentation_id": "PID-04-23-2013-005-01", "year": "2013", "pp_date": "4/23/2013", "title": "Spectrum Requirements for Commercial Wireless Operators", "author": "Stacey Black", "file_url": "https://www.nitrd.gov/nitrdgroups/images/1/12/Spectrum_Requirements_for_Commercial_Wireless_Operators.pdf", "media_type": "pdf", "description": "Presentation outline: \"Exclusive Use vs. Shared Use Spectrum; Small Cells and \"Het-Nets\".\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "wireless; commercial; business models; frameworks; spectrum; spectrum sharing; systems", "comments": "WSRD Workshop IV- The goal of this workshop is to identify economic and policy research that will facilitate the commercialization of wireless system technologies, business models, and institutional/policy frameworks that will align incentives and ease roadblocks to promoting progress toward maximizing the economic benefit from our collective use of wireless systems and the radio frequency spectrum on which such systems depend.", "presented_at": "WSRD", "key_words": "" }, { "presentation_id": "PID-04-23-2013-025-01", "year": "2013", "pp_date": "4/23/2013", "title": "An International Perspective on Whitespaces and Spectrum Sharing", "author": "Van Bose", "file_url": "https://www.nitrd.gov/nitrdgroups/images/3/3b/An_International_Perspective_on_Whitespaces_and_Spectrum_Sharing.pdf", "media_type": "pdf", "description": "Presentation outline: \"Developing market differences; Implications; Where Should we Focus?\"\n\n", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "wireless; commercial; business models; frameworks; spectrum; spectrum sharing; systems", "comments": "WSRD Workshop IV- The goal of this workshop is to identify economic and policy research that will facilitate the commercialization of wireless system technologies, business models, and institutional/policy frameworks that will align incentives and ease roadblocks to promoting progress toward maximizing the economic benefit from our collective use of wireless systems and the radio frequency spectrum on which such systems depend.", "presented_at": "WSRD", "key_words": "" }, { "presentation_id": "PID-04-23-2013-026-01", "year": "2013", "pp_date": "4/23/2013", "title": "A Look at the Canadian Scenario", "author": "Xavier Fernando", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2/2b/A_Look_at_the_Canadian_Scenario.pdf", "media_type": "pdf", "description": "Presentation outline: \"Canadian Spectrum Policy Research. There are few distinct characteristics in the Canadian wireless scenario: - Large geographical area with scarce population - Small telecom market controlled by few players - Relatively pricey services (because infrastructure cost) - Available spectrum will quadruple by 2022; Spectrum sharing is encouraged by policy makers; It is done at multiple levels among the wireless operators to share the infrastructure cost rather than the spectrum scarcity.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "wireless; commercial; business models; frameworks; spectrum; spectrum sharing; systems", "comments": "WSRD Workshop IV- The goal of this workshop is to identify economic and policy research that will facilitate the commercialization of wireless system technologies, business models, and institutional/policy frameworks that will align incentives and ease roadblocks to promoting progress toward maximizing the economic benefit from our collective use of wireless systems and the radio frequency spectrum on which such systems depend.", "presented_at": "WSRD", "key_words": "" }, { "presentation_id": "PID-03-36-2013-001-01", "year": "2013", "pp_date": "3/26/2013", "title": "Cloud Computing and People with Disabilities", "author": "Clayton Lewis", "file_url": "https://www.nitrd.gov/nitrdgroups/images/d/d1/Faster_talk.pdf", "media_type": "pdf", "description": "Presentation outline: \"The rise of services supported \"in the cloud\", on the worldwide population of interconnected computers, is revolutionizing many businesses, while providing consumers with increased convenience at lower cost. What does this revolution in technology offer to people with disabilities? This talk will describe work being done in the USA and abroad to realize the Global Public Inclusive Infrastructure (GPII.net), using the cloud to make it much easier for people to access online content and services in a way that meets their individual needs and preferences. It will also outline further implications of the cloud for improvement of services for people with disabilities, through advances in \"Big Data\" analytics, in data sharing technology, and in social software.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cloud computing; accessibility", "comments": "", "presented_at": "FASTER", "key_words": "" }, { "presentation_id": "PID-03-36-2013-001-02", "year": "2013", "pp_date": "3/26/2013", "title": "Cloud Computing and People with Disabilities (video)", "author": "Clayton Lewis", "file_url": "http://youtu.be/srB-rrPdcos", "media_type": "video", "description": "Presentation outline: \"The rise of services supported \"in the cloud\", on the worldwide population of interconnected computers, is revolutionizing many businesses, while providing consumers with increased convenience at lower cost. What does this revolution in technology offer to people with disabilities? This talk will describe work being done in the USA and abroad to realize the Global Public Inclusive Infrastructure (GPII.net), using the cloud to make it much easier for people to access online content and services in a way that meets their individual needs and preferences. It will also outline further implications of the cloud for improvement of services for people with disabilities, through advances in \"Big Data\" analytics, in data sharing technology, and in social software.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cloud computing; accessibility", "comments": "", "presented_at": "FASTER", "key_words": "" }, { "presentation_id": "PID-03-06-2013-0001-01", "year": "2013", "pp_date": "3/6/2013", "title": "Storage Management Discussion", "author": "Dries Kimpe", "file_url": "https://www.nitrd.gov/nitrdgroups/images/3/34/Dkimpe-magic-2013.pdf", "media_type": "pdf", "description": "Presentation outline: \"Data management is a complex dynamic process involving storage, retrieval, protection, provenance, and efficiency (faster and cheaper). Increased data output and increased network capacities have made storage a major component of overall data management costs. This led to creation of multiple QoS levels such as Microsoft Azure, Amazon glacier, and Burst buffers. The storage system needs to be responsive to performance, provenance, indexing, and archiving. This requires modernizing I/O APIs which have been static for 25 years. Once we have data we need the ability to: - Find data: traditional directory organization does not scale, databases do not suffice for everyone. The storage system needs to be involved with the indexing and search - Analyzing data: improved efficiency/cost may require moving the computation to the data or recomputed may be cheaper than fetch. This creates new scientific workflows.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "data management; data; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-03-06-2013-0003-01", "year": "2013", "pp_date": "3/6/2013", "title": "Managing Distributed Data Resources with Middleware", "author": "Reagan Moore", "file_url": "https://www.nitrd.gov/nitrdgroups/images/7/7e/MIddleware.pdf", "media_type": "pdf", "description": "Presentation outline: \"Use cases for managing distributed data are illustrated by several use cases, particularly genomics and physics uses: - Broad Institute organizes genomics data from multiple projects, with automated processing into standard data forms and storage of results - Welcome Trust Sanger Institute organizes genomics data from multiple projects, with automated processing into standard data forms and storage of results - UNC-CH Genomics Data Grid organizes genomics data from multiple projects, with automated processing into standard data forms and storage of results Networking and Information Technology Research and Development - NSF-iPlant Collaborative accesses a wide variety of distributed data depositories - T2K QMUL neutrino experiment aggregates small data files before archiving and distributes data from Japan to London - BaBar High Energy Physics replicates 2 Petabytes of data between archival storage systems at Lyons, France and SLAC Observatory and Library use cases include: - NSF Ocean Observatories which manage real-time sensor data streams and automatically archive a copy at the NCDC...\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "distributed computing; data; middleware; interoperability; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-03-06-2013-0002-01", "year": "2013", "pp_date": "3/6/2013", "title": "Distributed Storage from the WLCG/ATLAS Perspective", "author": "Shawn McKee", "file_url": "https://www.nitrd.gov/nitrdgroups/images/9/98/MAGIC_DistributedStorageDiscussion2-ShawnMcKee-06Mar2013.pdf", "media_type": "pdf", "description": "Presentation outline: \"The LHC experiments have each developed their own distributed data management tools and infrastructure. Atlas currently uses a system called DQ2 to provide meta-data functions. DQ2 provides bookkeeping, managing data movement between end-points, and enforcing data-access and user quotas. DQ2 relies on other tools including FTS and PANDA (a workload management system). ATLAS maintains a Logical File Name (LFN) Catalog for each storage site that maps LFNs to physical instances. Datasets are an aggregation of data typically spanning more than one physical file, typically 1-10000 files. Files are the basic data unit and they are immutable. The data management service includes the client API, site services, central catalogs, and tools such as OSG, LHC computing Grid and NorduGrid. DQ2 manages dataset details: which sites have which data sets, dataset status, composition...\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "distributed storage; data; data management; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-02-26-2013-001-01", "year": "2013", "pp_date": "2/26/2013", "title": "Presenting PAGES (Public Access Gateway for Energy and Science)", "author": "Walter L. Warnick", "file_url": "https://www.nitrd.gov/nitrdgroups/images/5/51/DOE_PAGES_Demo-FASTER-02262013.pdf", "media_type": "pdf", "description": "Dr. Warnick presented PAGES (Public Access Gateway for Energy and Science), a web-based portal that will ensure that, after an embargo period, scholarly publications sponsored by the Department of Energy (DOE) are publicly accessible and searchable at no charge to readers. PAGES is designed to take advantage of the public access efforts of publishers by linking, via digital object identifiers (DOIs), to DOE articles they make publicly accessible. Each such article serves as the Version of Record, and it is hosted by the publisher. Thus, PAGES will avoid duplicating the public access efforts of publishers.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "energy; science; digital object identifier", "comments": "", "presented_at": "FASTER", "key_words": "" }, { "presentation_id": "PID-02-19-2013-001-01", "year": "2013", "pp_date": "2/19/2013", "title": "Phoebus Update", "author": "Martin Swany; Ezra Kissel", "file_url": "https://www.nitrd.gov/nitrdgroups/images/f/f6/201302190-jet-phoebus-update.pdf", "media_type": "pdf", "description": "Martin Swany and Ezra Kissel developed the Phoebus WAN accelerator to support bulk data movement. Protocol tuning is needed to achieve good performance to overcome a number of issues, to treat known problems with existing transport protocols and to address the \"wizard gap”. Hybrid networks present challenges for dynamically allocating links for high-demand flows, to create virtual circuits, and to implement SDN. Phoebus addresses how to effectively utilize these high-performance paths. Phoebus helps bridge the end-to-end performance gap. The eXtensible Session Protocol (XSP), a session-layer protocol for IP networks, provides generalized messaging between gateways and intermediate devices and services. Phoebus offers a gateway for legacy applications to use advanced networks such as the Internet2 ION virtual circuit network. This is currently being extended to the AL2S via OESS. Phoebus supports standard interfaces at the edge with innovation in the core. Phoebus provides: - Transparent wrapper: Intercept socket calls (LD_PRELOAD) - XSP client library - iptables redirection - Packages for setting up new gateways.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networks; protocol; education; networking; research; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-01-22-2013-001-01", "year": "2013", "pp_date": "1/22/2013", "title": "Data on Data: Presenting Stakeholder Alignment Data on the Cyberinfrastructure for Earth System Science", "author": "Joel Cutcher-Gershenfeld", "file_url": "https://www.nitrd.gov/nitrdgroups/images/3/38/FASTER_January_2013_Presentation.PDF", "media_type": "pdf", "description": "Professor Cutcher-Gershenfeld will present mid-process findings from stakeholder alignment research on the NSF EarthCube initiative, assessing the social infrastructure for this leading \"big data\" cyberinfrastructure initiative. Based on survey data from over 850 geoscientists and computer scientists, the presentation will feature innovative methods for specifying stakeholders, identifying interests, and visually representing stakeholder alignment in complex systems. Specific challenges will be identified in sharing data, tools, models, and visualizations across fields and disciplines; as well as underlying theory and principles for stakeholder alignment in complex systems. The research is supported through one of the inaugural NSF INSPIRE grants, bridging multiple directorates with transformational research (NSF EAR 12-49607). The goal of EarthCube is to transform the conduct of geoscience research through the development of a community-guided cyberinfrastructure, integrating data, tools, models, visualizations, and information across geoscience fields and disciplines. The EarthCube community website has been set up to foster community collaboration, and will provide updated information, resource documents, and discussion forums so that community groups, consortia, researchers, and educators can share ideas, introduce concepts, and find and develop collaborative efforts.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "large-scale data; big data; data management; data analysis; geoscience", "comments": "", "presented_at": "Big Data; FASTER", "key_words": "" }, { "presentation_id": "PID-01-22-2013-001-02", "year": "2013", "pp_date": "1/22/2013", "title": "Data on Data: Presenting Stakeholder Alignment Data on the Cyberinfrastructure for Earth System Science (video)", "author": "Joel Cutcher-Gershenfeld", "file_url": "https://youtu.be/6wwFU35LkB0?list=UUsaSQ4WK0hbXP7_W1Td-iYw", "media_type": "video", "description": "Professor Cutcher-Gershenfeld presented mid-process findings from stakeholder alignment research on the NSF EarthCube initiative, assessing the social infrastructure for this leading \"big data\" cyberinfrastructure initiative. Based on survey data from over 850 geoscientists and computer scientists, the presentation will feature innovative methods for specifying stakeholders, identifying interests, and visually representing stakeholder alignment in complex systems. Specific challenges will be identified in sharing data, tools, models, and visualizations across fields and disciplines; as well as underlying theory and principles for stakeholder alignment in complex systems. The research is supported through one of the inaugural NSF INSPIRE grants, bridging multiple directorates with transformational research (NSF EAR 12-49607).", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "geoscience; big data; data", "comments": "", "presented_at": "FASTER", "key_words": "" }, { "presentation_id": "PID-01-16-2013-001-01", "year": "2013", "pp_date": "1/16/2013", "title": "Internet2 and GENI", "author": "Eric Boyd", "file_url": "https://www.nitrd.gov/nitrdgroups/images/6/61/1%2C15%2C13Internet2-GENI.pdf", "media_type": "pdf", "description": "Presentation outline: \"Internet2; Software Development Roadmap; GENI; * Infrastructure - Services - Deployment * SoNware - What's deployed today - Roadmap - Partnership * Engagement with Network Research Community - GENI - Internet2 Network Research Environment - Future Funding OpportuniFes - Future Internet2 Group.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "internet; networks; community; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-01-15-2013-0003-01", "year": "2013", "pp_date": "1/15/2013", "title": "Federated Community Cloud Team Report", "author": "Alan F. Sill", "file_url": "https://www.nitrd.gov/nitrdgroups/images/9/91/Requirement_5_-_Federated_Commuity_Cloud_-_Sill.pdf", "media_type": "pdf", "description": "The Cloud Computing Standards Report was incorporated into the January workshop. It addressed Requirement 5: Frameworks to support seamless implementation of federated community cloud environments. It discussed how hybrid cloud and cloud broker elements can be leveraged and harmonized in federated community cloud settings. It discussed: - Current usage patterns and projected trends - Applicability of Grid and cloud solutions to federated cloud scenarios - VO use cases address many of the federated community cloud requirements such as: o Privacy and security o Compliance adherence o Trust infrastructure o Membership o Policies and procedures o Common governance o Etc. Scenarios were defined including catastrophic dynamic event response and specialized remote medical care. The document discussed VOs sharing platforms to federate clouds. It also documents current use patterns and projected near-term trends in architectures and tools. There are several activities in the community that indicate the developing standards including: - Cloud Plugfest series (OGF, SNIA, ETSI) - Emergence of open source cloud broker products and tools - EC-funded projects supporting federated clouds: Contrail, FI-Ware, Helix, Nebula Federation of resources is enabled by federated identity management. Identity provisioning from the Grid community provide a range of levels in degree of security. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cloud computing; standards; data; grid; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-01-15-2013-0004-01", "year": "2013", "pp_date": "1/15/2013", "title": "XSEDE: NIST Cloud Computing and BIG Data Workshop", "author": "David Lifka", "file_url": "https://www.nitrd.gov/nitrdgroups/images/7/75/NIST_Workshop_-_XSEDE_Cloud_Survey_Initial_Results.pdf", "media_type": "pdf", "description": "Extreme Science and Engineering Discovery Environment (XSEDE) has the goal to enhance research productivity. Clouds are a critical resource such that XSEDE will integrate cloud services into its portfolio to support use cases that are not currently well served. XSEDE announced a survey in August 2012. Over 75 submissions were received to date and more are coming in. Survey data will be made available by February 2013. The survey includes a wide array of provides including, e.g., Google, SDSC Cloud, Amazon Web services,… A wide range of data is being collected such as cloud providers, bandwidth in/out of the cloud, data moved into/out of the cloud, storage, software,… A wide range of science disciplines are represented. User benefits include: - Pay as you go - Lower costs: capital expenditures and administration - Computational scalability and elasticity - Data scalability and elasticity - Software as a service - Education as a service - Ease of use - Fast scientific workflows - Rapid prototyping - Expanding data analysis to small labs User issues include: the learning curve, database stability and scalability, security issues, data costs, storage costs and performance, and funding issues.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cloud computing; big data; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-01-15-2013-0005-01", "year": "2013", "pp_date": "1/15/2013", "title": "SAJACC WG Current Status and Plans", "author": "Eugene Luster; Alan F. Sill", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2/26/SAJACC_WG_Report_Summary_and_Conclusions_-_Jan_2013.pdf", "media_type": "pdf", "description": "SAJACC will provide a portal for a public internet-accessible repository. It will enable interoperable cloud computing before standards are finalized and faster standards development. Elements of SAJACC will include: - A NIST cloud standards portal incorporating use cases, validated specifications, reference implementations and proposed specifications and reference implementations - Government-run validation exercises SAJACC cloud management use cases will enable users to open, use and close an account, copy data objects into/out of the cloud, erase data objects, VM control and query of cloud provider capabilities and capacities. SAJACC will enable interoperability use cases between cloud providers. It will provide security services: identity management, authorization policy management, e-discovery, and security monitoring. The heart of the SAJACC process is DEMONSTRATIONS. Future use cases include the cloud management broker, transfer of data ownership within a cloud, fault-tolerant cloud group, and multi-provider integration. SAJACC provided recommendations for moving forward.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cloud computing; big data; data; interoperability; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-01-15-2013-0001-01", "year": "2013", "pp_date": "1/15/2013", "title": "Big Data and Clouds: Challenges and Opportuni5es", "author": "Geoffrey Fox", "file_url": "https://www.nitrd.gov/nitrdgroups/images/1/13/Geoffrey_Fox_slides.pdf", "media_type": "pdf", "description": "Geoffrey Fox reviewed the proceedings of the January NIST workshop. The charge to the presenters was to discuss opportunities and challenges presented by the intersection of clouds and big data., e.g., - The ability of clouds to make big data approaches feasible and cost-effective - Bringing the computation to the data rather than the data to the computation There will be a huge need for cloud workers soon (Microsoft predicts 14 million cloud jobs by 2015). Curricula are needed to educate people to design/use clouds running data analytics processing big data to solve problems in informatics. Areas needing addressing include data curation/management, analytics, run-time, and applications. A promising approach for education is Massive Open On-line Courses (MOOCs). Clouds will be needed for scientific data analysis. Many communities have been developing cloud applications to address central problems including the LHC and genomics communities. We need to generate a consensus on data architectures for simulations. Improvements in data analytics improve the capability of clouds to address big data, including: - Better algorithms and hardware - Data analytics libraries - Data mining, image processing, information retrieval, dimension reduction - Collaboration between academia, business and government to build robust, scalable algorithms FutureGrid is an international testbed modeled on Grid5000. It offers computing testbed as a service including provisioning, image management, dynamic IAAS and NAAS, and expert management.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "big data; cloud computing; data analysis; testbeds; data; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-01-15-2013-0002-01", "year": "2013", "pp_date": "1/15/2013", "title": "Cloud-based Disaster Response", "author": "Melvin Greer; Craig Lee", "file_url": "https://www.nitrd.gov/nitrdgroups/images/5/5a/Disaster_Response%3B_Craig_Lee_CCWG.pdf", "media_type": "pdf", "description": "Presentation outline: \"Federal agencies have public trust responsibilities such as Disaster Response that will not be met by the commercial community. The National Geospatial-Intelligence Agency contracted for a pilot project of a Geospatial Intelligence Community Cloud for Disaster Response. That: - Leverages industry best practices - Enables data mobility - Enables each organization to manage the data they provide - Protects data from unauthorized use The project is developed in three cycles: Infrastructure development; software development, and enhancements. The on-demand collaboration requires: - Federated identity management - Federated access control - Trust federations.\" ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "trust; disaster response; cloud computing; identity management; access control; trust; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-11-14-2012-0003-01", "year": "2012", "pp_date": "11/14/2012", "title": "CILogon: Identity Management Challenges", "author": "Jim Basney", "file_url": "https://www.nitrd.gov/nitrdgroups/images/4/43/Basney_ID_Management11%2C21%2C12.pdf", "media_type": "pdf", "description": "CILogon enables campus logon to CyberInfrastructure using existing researcher credentials at their home institution and eases credential management for researchers and CI providers. The CILogon service: https://cilogon.org supports InCommon and OpenID authentication. It provides certificates to desktop, portals and browsers. Certificate lifetimes are from 1 hour to 13 months. It supports close integration with CI projects. It is available now. The CILogon Delegation Service allows researchers to approve certificate issuance to portals via OAuth. LOA requirements differ across scientific collaborations. CILogon LOA options include: - InCommon silver - OpenID OIX - InCommon Basic - Second factor authentication (soon) CILogon CA operations meet IGTF standards. For non-browser applications use browser-based authentication or use SAML Enhanced Client or Proxy (ECP) authentication outside the browser to download the certificate. Lessons learned include: - InCommon today supports browser SSO - Attribute release is challenging today for service providers that want to support multiple IdPs. - Google OpenID is a popular catch-all IdP. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "identity management; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-11-14-2012-0002-01", "year": "2012", "pp_date": "11/14/2012", "title": "The Globus Nexus identity and group management hub", "author": "Rachana Ananthakrishnan; Ian Foster; Steve Tuecke", "file_url": "https://www.nitrd.gov/nitrdgroups/images/6/64/MAGIC_Foster_November_2012.pdf", "media_type": "pdf", "description": "Presentation outline: \"There are a multiplicity of credentials of different types using different federated identity protocols. Some of the identity providers include: InCommon, VeriSign, Google, and XSEDE. Globus Nexus as an identity hub allows users to create Globus online identity and link to identities from other federated IdPs (InCommon (SAML), Google (OpenID), XSEDE (OAuth MyProxy)) It acts as a federated or native IdP to third-party services and caches delegated credentials for unattended operation. As a Group Hub, Globus Nexus links a set of Globus Online identities. It allows users to self-manage groups, Query and update are via REST API. Import and publish are via LDAP. The hub operates on multiple Amazon availability zones with over 99.9% availability. Other services can outsource identity and group management to Globus Nexus, such as kBase, and BIRN.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "identity management; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-11-14-2012-0004-01", "year": "2012", "pp_date": "11/14/2012", "title": "Identity and Access Management for LIGO: International Challenges", "author": "Scott Koranda", "file_url": "https://www.nitrd.gov/nitrdgroups/images/b/b5/Identity_Management11%2C21%2C12.pdf", "media_type": "pdf", "description": "Presentation outline: \"LIGO is the Laser Interferometer Gravitational-wave Observatory. It seeks to detect gravitational waves. There are LIGO facilities in Hanford, Washington; Livingston, Louisiana; and Caltech in California. An additional facility in India is scheduled to begin operations in 2020. The LIGO collaboration seeks to detect gravitational waves and use them to explore the fundamental physics of gravity. The collaboration currently has 1000 members at 70 institutions worldwide. The LIGO Identity and Access Management (IAM) Project knits together existing technologies and tools. Its goals are: Networking and Information Technology Research and Development - Single identity for each LIGO person - Single source of identity information - Single credential for each LIGO person - SSO across the web, grid, command-line There is a Kerberos principal for each LIGO member (their LIGO.ORG login). The roster drives creation of principal for each member and pushes principal and details into LDAP. LIGO IAM leverages Grouper from Internet2 which provides Privilege, Role and Attribute support and provisions into LDAP. A single sign-on for LIGO web space uses the Shibboleth System to provide single sign-on, LIGO Identity, and consume federated identities (InCommon for many U.S. institutions). The Gravity-wave community is larger than LIGO with such facilities as Cascina in Italy, KAGRA in Japan, and researchers in Canada, Australia, Korea, China,…. Peer-to-peer federation is necessary. The only options are peer-to-peer negotiation or joining each national identity federation. IDEM in Italy will be the next federation for LIGO. LIGO international federation engagement has goals to: - Document technical and policy changes for a peer-to-peer - LIGO membership in IDEM - Prototype interoperability with the UK via InCommon Peer-to-peer federation with KAGRA in Japan provided metadata exchange and negotiation on attributes. Access control is the central issue. \"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "identity management; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-11-14-2012-0001-01", "year": "2012", "pp_date": "11/14/2012", "title": "European Federated Identity Management", "author": "Steven Newhouse", "file_url": "https://www.nitrd.gov/nitrdgroups/images/3/3b/EuropeanFIM-MAGIC-Nov12.pdf", "media_type": "pdf", "description": "Presentation outline: \"Federated IdM in research is a European collaborative effort started in June 2011. It involves photon and neutron facilities, social science and humanities, high energy physics, climate science, life science and fusion energy. They have held 4 workshops to-date. They documented common requirements, a common vision and recommendations. An important use case for international federation is CERN-OPEN-2012-006. The vision is for a common policy and trust framework for IdM based on existing structures and federations providing unique electronic identities authenticated in multiple administrative domains and across national boundaries. Common requirements include: user friendliness, browser and nonbrowser federated access, multiple technologies and translators, open standards and sustainable licenses, different leves of assurance, authorization under community or facility control, flexible and scalable IdP. Attribute aggregation for authorization, and privacy and data protection. Operationally, they require: risk analysis, traceability, security incidence response, transparency of policies, reliability and resilience, smooth transition, and easy integration with local service provider.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "identity management; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-09-18-2012-001-01", "year": "2012", "pp_date": "9/18/2012", "title": "Internet2: Global partners update", "author": "Edward Moynihan", "file_url": "https://www.nitrd.gov/nitrdgroups/images/b/b3/MoynihanJET-Sept2012.pdf", "media_type": "pdf", "description": "Presentation outline: \"Internet2 is a not-for-profit United States computer networking consortium led by members from the research and education communities, industry, and government. Internet2 provides a collaborative environment where US research and education organizations can solve common technology challenges and develop innovative solutions in support of their educational, research and community service missions. Internet2 operates coast-to-coast research and education network, with Internet2 Network Operations Center powered by Indiana University. Internet2 serves more than 90,000 community anchor institutions, 305 U.S. universities, 70 government agencies, 42 regional and state education networks.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-08-01-2012-0001-01", "year": "2012", "pp_date": "8/1/2012", "title": "Integrating Clouds and Cyberinfrastructure: Research Challenges", "author": "Manish Parashar; Geoffrey Fox; Kate Keahey; Alan F. Sill; Scott Brim; Michael Nelson", "file_url": "https://www.nitrd.gov/nitrdgroups/images/5/57/MAGIC_Cloud_Tasking07-29-12.pdf", "media_type": "pdf", "description": "Presentation outline: \"Aggressive Cloud computing technology development has resulted in many multiple classes of Cloud services that provide attractive solutions for many different types of business applications. It is expected that Cloud services will join more traditional research cyber infrastructure (CI) components, such as high-performance computing system, clusters and Grids in supporting scientific exploration and discovery. It is clear from current research that there are real benefits in using Clouds and Cloud computing abstractions as part of a hybrid cyber infrastructure to support CDS&E, for example, to simplify the deployment of applications and the management of their execution, improve their efficiency, effectiveness and/or productivity, and provide more attractive cost/performance ratios. Furthermore, Clouds and Cloud computing abstractions can support new classes of algorithms and enable new applications formulations, which can potentially revolutionize CDS&E research and education. However, before CDS&E can fully realize the potential benefits of a hybrid cyber infrastructure that integrates Cloud services, several research issues remain. The objective of this report is to explore these research challenges. Note that the discussion below is from the CDS&E perspective and is complementary to more general Cloud research challenges. The discussion in this report is based on two reports. The first is by Gannon and Fox1 , in which they reviewed and classified applications suitable for Clouds. The second is by Parashar et al.2, in which they explored how a hybrid HPC/Grid + Cloud cyber infrastructure can be effectively used to support real-world science and engineering applications, presented illustrative scenarios, and discussed limitations and research challenges. Furthermore, the report is the result of discussions as part of MAGIC meeting in September 2011 and April and May 2012.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cloud computing; cyberinfrastructure; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-08-01-2012-0002-01", "year": "2012", "pp_date": "8/1/2012", "title": "Identity Management Tasking Report", "author": "Richard Carlson", "file_url": "https://www.nitrd.gov/nitrdgroups/images/e/e6/August_2012_Identity_Management_tasking_report.pdf", "media_type": "pdf", "description": "The MAGIC document on the Identity Management Task: Report to LSN was revised to provide findings rather than recommendations. Von Welch provided introductory and background material on Identity Management for the report. Discussion among the MAGIC members identified that the document is too long to provide findings to the LSN. The report should be reorganized to include the introductory material provided by Von Welch and the findings with the rest of the information provided in an Appendix. Question marks in the findings section should be eliminated. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "identity management; open science; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-07-24-2012-001-01", "year": "2012", "pp_date": "7/24/2012", "title": "Promoting the Shared Use of Radio Spectrum in the European Union", "author": "Petru Ciudin", "file_url": "https://www.nitrd.gov/nitrdgroups/images/c/c8/EU_Spectrum_Sharing_Petru_Ciudin.pdf", "media_type": "pdf", "description": "The purpose of the workshop was to engage representatives of the academic sector on potential research topic areas that could move the nations towards the development of innovative new spectrum sharing technologies.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "wireless; spectrum; spectrum sharing; systems", "comments": "WSRD Workshop III", "presented_at": "WSRD", "key_words": "" }, { "presentation_id": "PID-05-15-2012-001-01", "year": "2012", "pp_date": "5/15/2012", "title": "GENI: Exploring Networks of the Future", "author": "Chip Elliott", "file_url": "https://www.nitrd.gov/nitrdgroups/images/8/83/GENI_05152012.pdf", "media_type": "pdf", "description": "Presentation outline: \"GENI is an open infrastructure for at-scale networking and distributed systems research and education that spans the US. GENI (Global Environment for Network Innovations) provides a virtual laboratory for networking and distributed systems research and education.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networks; global; distributed computing; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-04-04-2012-0006-01", "year": "2012", "pp_date": "4/4/2012", "title": "GENI: Integration of Clouds and Cyberinfrastructure", "author": "Chip Elliott", "file_url": "https://www.nitrd.gov/nitrdgroups/images/1/1b/GENI_%40_LSN_MAGIC_-_4_Apr_2012.pdf", "media_type": "pdf", "description": "Presentation outline: \"Clouds are becoming a planetary-scale information utility (SaaS). They provide an abstraction of infrastructure, virtualization with multiple tenancy, and elasticity and dynamics. GENI is an infrastructure project providing at-scale infrastructure. It enables researchers to develop a slice across many different resources to support their research with dedicated resources that will not be interfered with by other research being concurrently carried out. This enables researchers to try out different architectures over the GENI infrastructure. GENI is building out resources at 14 campuses implementing: - OpenFlow over usual infrastructures - GENI Racks with OpenFlow to provide storage and computational power - WiMAX of LTE access The regional science networks are deploying OpenFlow and GENI Racks, e.g., in I2, NLR and regional resources. Campuses and dorms are being enabled to allow students to experiment almost at scale. GENI is planning to expand from 14 campuses to 100-200 campuses. University CIOs are being engaged. They are interested in interfederating with other cloud projects such as Probe.\" ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cloud computing; software as a service; openflow; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-04-04-2012-0003-01", "year": "2012", "pp_date": "4/4/2012", "title": "Clouds from FutureGrid's Perspective", "author": "Geoffrey Fox", "file_url": "https://www.nitrd.gov/nitrdgroups/images/b/b5/ScienceCloudsFutureGridApril4-2012A.pdf", "media_type": "pdf", "description": "Presentation outline: \"FutureGrid currently supports a wide range of cloud applications. It has 4500 cores at 5 sites. It supports distributed, flexible software and IaaS, PaaS, and HPC. Activities on FutureGrid include Nimbus, Eucalyptus, HPC, Hadoop, MapReduce, XSEDE, Twister, OpenStack and others. There are about 190 current projects using clouds. The clouds enable: - Multiple users (long tail of science) - Internet of things (sensor nets) - Iterative applications such as MapReduce and including most data analysis - Exploiting elasticity and platforms It has been observed that good strategies include building an application as a service, building on existing cloud deployment such as Hadoop, use PaaS if possible, design for failure, and addressing the fact that data is moving. Clouds are not suitable for all applications. They leverage commercial software investments. Academic cloud software needs investment in core capabilities plus the \"Platform”. FutureGrid currently is compatible with Google, Amazon, and other commercial cloud resources. They have experience with Microsoft's Azure. Current example use cases on FutureGrid include HubZero, XSEDE. FutureGrid supports collaboration on team Wikis. For domain-specific computing environments it is their experience that it is better to use the computing environment through direct interaction rather than using a portal, for example see hadoop.apache.org/mapreduce. For access to burst resources, we need to implement the ability for many users to submit actual and potential use cases. An information gathering activity is needed to identify what works and what does not work.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "computing; data; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-04-04-2012-0002-01", "year": "2012", "pp_date": "4/4/2012", "title": "XSEDE and Cloud Technologies: status update", "author": "John Towns", "file_url": "https://www.nitrd.gov/nitrdgroups/images/f/fe/XSEDE_and_Clouds_for_MAGIC_2012_03_04.pdf", "media_type": "pdf", "description": "Presentation outline: \"XSEDE is a single virtual system that scientists can use to interactively share computing resources, data and expertise. The XSEDE Program is developing its strategy for cloud technologies. They are in the process of defining approaches and possibilities. Currently, they need to identify what they need to know to incorporate complimentary cloud capabilities to current XSEDE resources. They will develop pilot capabilities based on their findings. Initially use cases will be used to identify cloud capabilities that are important for that use case.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "data; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-04-04-2012-0001-01", "year": "2012", "pp_date": "4/4/2012", "title": "Integrating Cloud & Cyberinfrastructure", "author": "Manish Parashar", "file_url": "https://www.nitrd.gov/nitrdgroups/images/f/f6/Parashar-magic-04-04-12.pdf", "media_type": "pdf", "description": "Presentation outline: \"Clouds join traditional CyberInfrastructure as viable platforms for scientific exploration and discovery. Primary questions for this use of clouds include: What formulations, applications and standards are appropriate? How can workflows effectively utilize the cloud infrastructure? Possible usage models for cloud infrastructure include: - Managing complexity by outsourcing - Democratization - Applications are driven by the science, not by available resources through using cloud abstractions for science There are many challenges including identifying application types and capabilities that can be supported by clouds. Are there new science applications that might be enabled through the use of cloud resources? Running applications on community clouds can facilitate quick start-up and provide good performance but they are not suitable for many uses. Costs add up quickly for use of cloud resources. NERSC carried out research on a cloud testbed and determined that: - The basic cloud is 8 x as expensive as dedicated resources. - New application formulations can be supported that are asynchronous, resilient, and elastic - New delivery modes are enabled such as client plus cloud accelerators o HPC in the cloud o HPC plus the clouds where clouds complement HPC and Grid resources o HPC as the cloud: Expose HPC/Grid resources using elastic on-demand cloud abstractions.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cloud computing; cyberinfrastructure; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-04-04-2012-0004-01", "year": "2012", "pp_date": "4/4/2012", "title": "The Open Science Data Cloud", "author": "Robert L. Grossman", "file_url": "https://www.nitrd.gov/nitrdgroups/images/1/15/Occ-magic-04-04-12.pdf", "media_type": "pdf", "description": "Presentation outline: \"The Open Cloud Consortium is a not-for-profit consortium that includes NASA, several Federal labs, and university users. The Open Science Data Cloud is run at 3 sites with 3000-4000 nodes. This is expected to double this year. It is focused on big-data science and medium-sized collaborations that include: 3 biology, one satellite, genomics, social science, and other projects. The implemented clouds include utility, data, storage, and HPC applications. New opportunities for cloud capabilities need: - Simplifying the management, analysis, and sharing of data - New opportunities for discovery by integrating data at scale within and across disciplines - Think of the data center as an instrument to produce a new science of data Challenges include: - Building the infrastructure at the required scale, - New software tools for exploring and integrating data at scale, - Bringing together enough data to change how we make discoveries - Security compliance - Paying for cloud resources Next steps needed include: - Pilot projects to address the challenges - Creating data hubs - Creating large-scale services between data hubs - Creating open-source blueprints for container-based facilities.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "open science; open data; data; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-04-04-2012-0005-01", "year": "2012", "pp_date": "4/4/2012", "title": "Clouds and CI: Magellan Perspective", "author": "Shane Canon", "file_url": "https://www.nitrd.gov/nitrdgroups/images/1/1c/LSN-Cloud-Cyber-Magellan.pdf", "media_type": "pdf", "description": "Presentation outline: \"Clouds provide easier access to resources needed to meet a surge. They enable real-time analysis from instruments and detectors. They provide redundancy for critical services. Workloads should be shifted to the cloud where it makes economic sense. A marketplace is needed for software supporting research applications; SaaS in a cloud might provide this capability. Challenges for current clouds include missing software to seamlessly integrate resources; user administration of cloud resources; unpredictable or poor performance for many applications; data transfers to commercial providers; surprising costs for data storage and data transfers, particularly with commercial clouds; an evolving security model. Immediate steps that are needed include establishing peerings with commercial providers such as Amazon, Google, and Microsoft. Reduced costs for data storage and transfers to commercial providers need to be realized. We need to identify applications to act as demonstration projects and we need to investigate operational changes in CyberInfrastructure to support more workloads.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cloud; data; open data; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-03-20-2012-001-01", "year": "2012", "pp_date": "3/20/2012", "title": "Predicting Global Failure Regimes in Complex Information Systems", "author": "C. Dabrowski; J. Filliben; K. Mills", "file_url": "https://www.nitrd.gov/nitrdgroups/images/f/fe/Predicting_Failure_Scenarios_in.pdf", "media_type": "pdf", "description": "Presentation outline: \"Understanding and predicting global behavior in large distributed systems... Most large distributed systems (e.g., the Internet and computational grids and clouds) rely on decentralized algorithms to achieve scalable control of global behavior. As researchers develop new control algorithms, questions naturally arise as to how widespread deployment will influence global system behavior... \"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networks; networked systems; distributed systems; algorithms; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-03-07-2012-0001-01", "year": "2012", "pp_date": "3/7/2012", "title": "Grid Computing: the Next Decade", "author": "Daniel S. Katz", "file_url": "https://www.nitrd.gov/nitrdgroups/images/5/56/MAGIC_Zakopane.pdf", "media_type": "pdf", "description": "This workshop was held January 4-6, 2012 in Zakopane, Poland. The focus of the meeting was consideration of new levels of cooperation and integration of cyberinfrastructure efforts needed to support global science over the next decade. - Who are the stakeholders - What are \\science needs - What are global issues for cooperation and sharing - Do we want a blueprint for CI for global science - What are lessons-learned from the last decade The meeting was organized into three breakout groups: - Big Science - Long-tail science - New Grand Challenge communities.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "data; computation; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-02-16-2012-021-01", "year": "2012", "pp_date": "2/16/2012", "title": "Data-Intensive Discovery in Science: The Fourth Paradigm", "author": "Alexander Szalay", "file_url": "https://www.nitrd.gov/historical/nitrdsymposium-2012/speakers/documents/szalay.pdf", "media_type": "pdf", "description": "Presentation given by Alexander Szalay at the NITRD 20th Anniversary Symposium. Presentation outline: \"The exponentially growing amount of data, attributed in part to advances enabled by the Federal investment in networking and information technology research and development over the last 20 years, is fundamentally changing science. Discoveries are increasingly driven by data; we derive more and more of our hypotheses from existing data collections. Data-intensive scientific analysis has been called the fourth paradigm of science because it is an entirely new way of doing science. While still in its infancy, it has the potential to become the next major advance in the evolution of the scientific method. All sciences, both physical and social, as well as some humanities, are increasingly data-intensive...\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "data; science; computation; analysis; big data; NITRD Program", "comments": "NITRD 20th Anniversary Symposium", "presented_at": "NITRD 20th Anniversary Symposium", "key_words": "" }, { "presentation_id": "PID-02-16-2012-016-01", "year": "2012", "pp_date": "2/16/2012", "title": "High Performance Computing in Science and Engineering: The Tree and the Fruit", "author": "David Keyes", "file_url": "https://www.nitrd.gov/historical/nitrdsymposium-2012/speakers/documents/keyes.pdf", "media_type": "pdf", "description": "Presentation given by David Keyes at the NITRD 20th Anniversary Symposium. Presentation outline: \"In the last 20 years: Large-scale simulation (\"theoretical experiments\") has emerged as a complementary means of scientific discovery, engineering design, and policy support, beyond theory and experiment. We have witnessed phenomenal improvements of capability and cost-effectiveness of scientific simulation: thousand-fold performance improvements and thousand-fold cost reductions per delivered flop per decade over more than two decades, as measured by the Gordon Bell Prizes. Computer engineering (as in Moore's Law) and algorithmic invention (as in complexity reduction to accomplish the same task) have had complementary roles in extending the predictive power of simulation...\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networking; information; technology; research; development; NITRD Program", "comments": "NITRD 20th Anniversary Symposium", "presented_at": "NITRD 20th Anniversary Symposium", "key_words": "" }, { "presentation_id": "PID-02-16-2012-005-01", "year": "2012", "pp_date": "2/16/2012", "title": "As We May Think: The Legacy of Computing Research and the Power of Human Cognition", "author": "Elizabeth D. Mynatt", "file_url": "https://www.nitrd.gov/historical/nitrdsymposium-2012/speakers/documents/mynatt.pdf", "media_type": "pdf", "description": "Presentation outline: \"Augmenting Human Cognition; Deconstructing the iPad; Discovering the keys to disease treatment; Mixed reality interaction for discovery; Learning as discovery; Investing in the era of discovery.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networking; information; technology; research; development; NITRD Program", "comments": "NITRD 20th Anniversary Symposium", "presented_at": "NITRD 20th Anniversary Symposium", "key_words": "" }, { "presentation_id": "PID-02-16-2012-019-01", "year": "2012", "pp_date": "2/16/2012", "title": "This Research Made Watson Possible", "author": "Eric Brown", "file_url": "https://www.nitrd.gov/historical/nitrdsymposium-2012/speakers/documents/brown.pdf", "media_type": "pdf", "description": "Presentation given by Eric Brown at the NITRD 20th Anniversary Symposium. Presentation outline: \"In 2007 IBM began a quest to push the boundaries of open-domain question answering and create a computer technology that delivers human-level question answering performance. Four years later IBM introduced Watson, a computer system capable of understanding natural language questions over a broad domain of topics and returning precise answers with meaningful confidence. To demonstrate this technology, IBM pitted Watson against the world's best human players in a two-game match on the popular Jeopardy! quiz show. Watson was victorious in this historic match, which aired on national television in February 2011. Beating the best human contestants at Jeopardy! represents a major landmark in open-domain question answering. What IBM has accomplished with Watson is the development of a software architecture and a methodology that builds on, integrates, and advances decades of innovation in the fields of information retrieval, natural language processing, knowledge representation and reasoning, machine learning, and human-computer interaction...\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networking; information; technology; research; development; NITRD Program", "comments": "NITRD 20th Anniversary Symposium", "presented_at": "NITRD 20th Anniversary Symposium", "key_words": "" }, { "presentation_id": "PID-02-16-2012-020-01", "year": "2012", "pp_date": "2/16/2012", "title": "Data to Insights to Actions: Enabling Evidence-based Healthcare", "author": "Eric Horvitz", "file_url": "https://www.nitrd.gov/historical/nitrdsymposium-2012/speakers/documents/horvitz.pdf", "media_type": "pdf", "description": "Presentation given by Eric Horvitz at the NITRD 20th Anniversary Symposium. Presentation outline: \"Nearly 2500 years ago, Hippocrates called for the recording of data about patients and their illnesses, establishing evidence-based healthcare as a long-term goal. Although 25 centuries have passed since Hippocrates' call, we have not yet attained the dream of true evidence-based healthcare. To date, large quantities of data about wellness and illness continue to be dropped on the floor, rather than collected and harnessed to optimize the provision of care. However, we now stand at the brink of a potential revolution in data-centric healthcare, made possible by advances in multiple areas of computer science. Critical funding of fundamental research in the computing and decision sciences over several decades by NSF, DARPA, NASA, the office of Naval Research, various institutes of the NIH, and other Networking and Information Technology Research and Development (NITRD) Program agencies have provided methods for collecting, storing, and reasoning with health data. Computational systems and methods stand ready to enhance the efficacy and quality of healthcare. Key computational ingredients for powering a revolution in evidence-based medicine include affordable large-scale computation and storage resources, connectivity among computing systems and devices, and the development of computational procedures for machine intelligence, including methods for learning and predicting, planning, and decision making...\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networking; information; technology; research; development; NITRD Program", "comments": "NITRD 20th Anniversary Symposium", "presented_at": "NITRD 20th Anniversary Symposium", "key_words": "" }, { "presentation_id": "PID-02-16-2012-009-01", "year": "2012", "pp_date": "2/16/2012", "title": "The Economic Impact of Information Technology", "author": "Erik Brynjolfsson", "file_url": "https://www.nitrd.gov/historical/nitrdsymposium-2012/speakers/documents/brynjolfsson.pdf", "media_type": "pdf", "description": "Presentation given by Erik Brynjolfsson at the NITRD 20th Anniversary Symposium. Presentation outline: \"The exponential improvements in the power of digital technologies have been remarkably consistent for over 40 years, but the economic effects of these advances are much larger in recent years. Digitization has led to an acceleration in productivity growth in the U.S. economy overall, and particularly for the companies that use information technology most intensively. The most effective companies have reorganized the way they make decisions, interact with customers and suppliers, and innovate to take advantage of the digital revolution, creating trillions of dollars of intangible organizational assets in the process. Furthermore, the increasing digitization of economic activities has made possible four important trends, each of which has significant implications for innovation: Improved real-time, fine-grained measurement of business activities; Faster and cheaper business experimentation; More widespread and easier sharing of observations and ideas; and The ability to replicate process and product innovations with greater speed and fidelity. While the net effect of digitization has been to substantially boost productivity and create trillions of dollars of new wealth, not every firm or every person has benefitted equally. The gap between leading firms and laggards in most industries has grown. Meanwhile, income inequality has worsened. The challenge for individuals, companies and policymakers is to adapt their skills, organizations and institutions more quickly to keep up with ever-accelerating digital advances.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networking; information; technology; research; development; NITRD Program", "comments": "NITRD 20th Anniversary Symposium", "presented_at": "NITRD 20th Anniversary Symposium", "key_words": "" }, { "presentation_id": "PID-02-16-2012-001-01", "year": "2012", "pp_date": "2/16/2012", "title": "IT Discovery and Innovation Ecosystem", "author": "Farnam Jahanian", "file_url": "https://www.nitrd.gov/historical/nitrdsymposium-2012/speakers/documents/jahanian.pdf", "media_type": "pdf", "description": "Presentation given by Farnam Jahanian at the NITRD 20th Anniversary Symposium. Presentation outline: \"IT Discovery and Innovation Ecosystem; Pervasive Impact of NIT; NIT is a National Imperative; Economic Impact of IT; Discovery and Innovation Ecosystem; Interactions of research ideas multiply their impact and seed new ideas with the potential to lead to unanticipated advances; Sustaining the IT Ecosystem; Economic Prosperity and Societal Wellbeing depends on NIT; Smart Infrastructure; Environment and Sustainability; Health and Wellbeing; Smart Grids; Emergency Response; Transportation Safety and Energy; Cybersecurity; The Promise of NIT.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networking; information; technology; research; development; NITRD Program", "comments": "NITRD 20th Anniversary Symposium", "presented_at": "NITRD 20th Anniversary Symposium", "key_words": "" }, { "presentation_id": "PID-02-16-2012-006-01", "year": "2012", "pp_date": "2/16/2012", "title": "Privacy, Information Technology, and Digital Media", "author": "Helen Nissenbaum", "file_url": "https://www.nitrd.gov/historical/nitrdsymposium-2012/speakers/documents/nissenbaum.pdf", "media_type": "pdf", "description": "Presentation given by Helen Nissenbaum at the NITRD 20th Anniversary Symposium. Presentation outline: \"Helen Nissenbaum is professor of Media, Culture and Communication, and Computer Science, at New York University, where she is also senior faculty fellow of the Information Law Institute. Her areas of expertise span social, ethical, and political implications of information technology and digital media. Dr. Nissenbaum's research publications have appeared in journals of philosophy, politics, law, media studies, information studies, and computer science. She has written and edited four books, including Privacy in Context: Technology, Policy, and the Integrity of Social Life, which was published in 2010 by Stanford University Press. The National Science Foundation, Air Force Office of Scientific Research, Ford Foundation, U.S. Department of Homeland Security, and the U.S. Department of Health and Human Services Office of the National Coordinator have supported her work on privacy, trust online, and security, as well as several studies of values embodied in computer system design, including search engines, digital games, facial recognition technology, and health information systems. Dr. Nissenbaum holds a Ph.D. in philosophy from Stanford University and a B.A. (Hons) from the University of the Witwatersrand. Before joining the faculty at NYU, she served as Associate Director of the Center for Human Values at Princeton University.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networking; information; technology; research; development; NITRD Program", "comments": "NITRD 20th Anniversary Symposium", "presented_at": "NITRD 20th Anniversary Symposium", "key_words": "" }, { "presentation_id": "PID-02-16-2012-003-01", "year": "2012", "pp_date": "2/16/2012", "title": "A Day in the Life", "author": "Jeannette Wing", "file_url": "https://www.nitrd.gov/historical/nitrdsymposium-2012/speakers/documents/wing.pdf", "media_type": "pdf", "description": "NITRD 20th Anniversary Symposium: A Day in the Life (Jeannette Wing). Progress in information technology over the past 20 years has dramatically changed our lives - in our daily routines, at play, and at work. Today's homes are \"smarter\" and richer in day-to-day conveniences, largely as a result of significant advances in mobile devices, wireless networks, robots, sensors and actuators, software services, data analytics, optimization and approximation algorithms, and social networks and media. For example, to heat and cool our homes, we no longer adjust the thermostat every time we feel too cool or too warm; we use programmable thermostats that automatically sense and adapt, based on our needs and routines. To turn our lights on or off, we no longer use the switches that come with our lamps; we rely on motion sensor technology that can detect the presence (or absence) of an individual in a particular room and alter the state of the light accordingly. To clean our house, we no longer use the Dyson G-force cyclonic vacuum cleaner; we use a robot that can vacuum wood floors, carpeting, and even pet hairs.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networking; information; technology; research; development; NITRD Program", "comments": "NITRD 20th Anniversary Symposium", "presented_at": "NITRD 20th Anniversary Symposium", "key_words": "" }, { "presentation_id": "PID-02-16-2012-017-01", "year": "2012", "pp_date": "2/16/2012", "title": "More and Moore: Growing Computing Performance for Scientific Discovery", "author": "Katherine Yelick", "file_url": "https://www.nitrd.gov/historical/nitrdsymposium-2012/speakers/documents/yelick.pdf", "media_type": "pdf", "description": "Presentation given by Katherine Yelick at the NITRD 20th Anniversary Symposium. Presentation outline: \"The past two decades of growth in computing performance have enabled breakthroughs across many disciplines, from biology to astronomy, and from engineering to fundamental science. Within the energy space, computation is used to develop alternative energy sources, to design energy efficient devices, and to understand and mitigate the impacts of energy choices. Demand for computational capability across science grows unabated, with the growth coming from three general areas: Scale: Computational models have become more detailed and sophisticated, but future simulations will combine even more physical phenomenon interacting in more complex ways. For example, combustion simulations of low emissions devices currently use petascale simulations, but capturing the chemical reactions to simulate alternative fuels will require more detailed exascale simulations...\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networking; information; technology; research; development; NITRD Program", "comments": "NITRD 20th Anniversary Symposium", "presented_at": "NITRD 20th Anniversary Symposium", "key_words": "" }, { "presentation_id": "PID-02-16-2012-004-01", "year": "2012", "pp_date": "2/16/2012", "title": "Human Language Technology: What Machines Do with Text and Speech", "author": "Kevin Knight", "file_url": "https://www.nitrd.gov/historical/nitrdsymposium-2012/speakers/documents/knight.pdf", "media_type": "pdf", "description": "Presentation given by Kevin Knight at the NITRD 20th Anniversary Symposium. Presentation outline: \"What is human language technology? We do many things with human language: we communicate with each other, we store knowledge, we ask questions, we entertain. The ability to use language comes to us naturally. But computers must be programmed to understand and generate human language, and this constitutes a major challenge in artificial intelligence. Sample applications include: Automatic translation from one language to another (for example, Chinese to English). Question answering, on any topic. Automatic dictation for hands-free email/texting; and Control of any device by spoken command. Understanding and generating human language is hard for computers because every word has many meanings. The computer must select the right one based on context, but there are an infinite number of contexts. Even then, selecting the right word meanings is not enough - we must then assemble word meanings correctly to understand whole sentences and texts.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networking; information; technology; research; development; NITRD Program", "comments": "NITRD 20th Anniversary Symposium", "presented_at": "NITRD 20th Anniversary Symposium", "key_words": "" }, { "presentation_id": "PID-02-16-2012-021-02", "year": "2012", "pp_date": "2/16/2012", "title": "Data-Intensive Discovery in Science: The Fourth Paradigm (video)", "author": "Alexander Szalay", "file_url": "https://youtu.be/duXu0PAjaDI", "media_type": "video", "description": "Presentation given by Alexander Szalay at the NITRD 20th Anniversary Symposium. Presentation outline: \"The exponentially growing amount of data, attributed in part to advances enabled by the Federal investment in networking and information technology research and development over the last 20 years, is fundamentally changing science. Discoveries are increasingly driven by data; we derive more and more of our hypotheses from existing data collections. Data-intensive scientific analysis has been called the fourth paradigm of science because it is an entirely new way of doing science. While still in its infancy, it has the potential to become the next major advance in the evolution of the scientific method. All sciences, both physical and social, as well as some humanities, are increasingly data-intensive. As datasets grow ever larger, the ability to analyze the information hidden in them becomes increasingly daunting. Developing the \"Science of Big Data\" is an integrative task unlike any in science before...\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networking; information; technology; research; development; NITRD Program", "comments": "NITRD 20th Anniversary Symposium", "presented_at": "NITRD 20th Anniversary Symposium", "key_words": "" }, { "presentation_id": "PID-02-16-2012-016-02", "year": "2012", "pp_date": "2/16/2012", "title": "High Performance Computing in Science and Engineering: The Tree and the Fruit (video)", "author": "David Keyes", "file_url": "https://youtu.be/l9lzGUTS9ro", "media_type": "video", "description": "Presentation given by David Keyes at the NITRD 20th Anniversary Symposium. Presentation outline: \"In the last 20 years: Large-scale simulation (\"theoretical experiments\") has emerged as a complementary means of scientific discovery, engineering design, and policy support, beyond theory and experiment. We have witnessed phenomenal improvements of capability and cost-effectiveness of scientific simulation: thousand-fold performance improvements and thousand-fold cost reductions per delivered flop per decade over more than two decades, as measured by the Gordon Bell Prizes. Computer engineering (as in Moore's Law) and algorithmic invention (as in complexity reduction to accomplish the same task) have had complementary roles in extending the predictive power of simulation. A \"tall essential stack\" of developments from ancient to recent have contributed to the ubiquity of large scale simulation in computer science and engineering: scientific modeling, numerical analysis, computer architecture, software engineering allowing people who are expert in something else (e.g., cellular biology, chemical process engineering) to compute like experts...\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networking; information; technology; research; development; NITRD Program", "comments": "NITRD 20th Anniversary Symposium", "presented_at": "NITRD 20th Anniversary Symposium", "key_words": "" }, { "presentation_id": "PID-02-16-2012-023-01", "year": "2012", "pp_date": "2/16/2012", "title": "NITRD 20th Anniversary Symposium: Closing remarks (video)", "author": "Edward Lazowska; Susan Graham", "file_url": "https://youtu.be/f4GSa3Y8BMI", "media_type": "video", "description": "NITRD 20th Anniversary Symposium: Closing remarks (Edward Lazowska; Susan Graham). The past 20 years — the 20 years of the Federal Networking and Information Technology Research and Development (NITRD) Program — have seen a revolution in how we live, work, play, and discover. A revolution brought about by breathtaking advances in computer science. Twenty years ago, integrated circuits had four million transistors; today they have four billion. Twenty years ago, the Internet had one million users; today there are one billion. Twenty years ago, only 15 percent of families owned a personal computer; today, nearly everyone owns a mobile phone, and in the most recent quarter, nearly 60 percent of those who purchased a mobile phone chose a smart phone, putting the Internet — the world — in their pocket. Smart phones, electronic books, digital media, the Web, eCommerce, the Cloud, social networking, crowd sourcing — all of these are new in the past 20 years, many in the past 10 years. The pace of change is extraordinary!... The achievements of our field have been extraordinary. The potential for the future, though, and the need to realize this potential, are even more extraordinary. Perhaps most importantly, today's event has further deepened our already great appreciation for the role played by a large number of Federal agencies, working together under NITRD coordination, in ensuring that America is, and will remain, the world leader in this most important field. The NITRD Program truly is one of the very best investments that our nation has made. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networking; information; technology; research; development; NITRD Program", "comments": "NITRD 20th Anniversary Symposium", "presented_at": "NITRD 20th Anniversary Symposium", "key_words": "" }, { "presentation_id": "PID-02-16-2012-005-02", "year": "2012", "pp_date": "2/16/2012", "title": "As We May Think: The Legacy of Computing Research and the Power of Human Cognition (video)", "author": "Elizabeth D. Mynatt", "file_url": "https://youtu.be/qNKeRZEGraI", "media_type": "video", "description": "Presentation given by Elizabeth D. Mynatt at the NITRD 20th Anniversary Symposium. Presentation outline: \"Augmenting Human Cognition; Deconstructing the iPad; Discovering the keys to disease treatment; Mixed reality interaction for discovery; Learning as discovery; Investing in the era of discovery.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networking; information; technology; research; development; NITRD Program", "comments": "NITRD 20th Anniversary Symposium", "presented_at": "NITRD 20th Anniversary Symposium", "key_words": "" }, { "presentation_id": "PID-02-16-2012-015-01", "year": "2012", "pp_date": "2/16/2012", "title": "Chain Reactions: Information Technology and Biomedical Discovery", "author": "Russ Altman", "file_url": "https://www.nitrd.gov/historical/nitrdsymposium-2012/speakers/documents/altman.pdf", "media_type": "pdf", "description": "Presentation given by Russ Altman at the NITRD 20th Anniversary Symposium. Presentation outline: \"The field of biomedical informatics (BMI) has emerged in the last 20 years as a direct result of the dual revolutions in information technology and biological measurement. BMI is focused on the creation of novel computational methods to represent, store, annotate, search, and analyze biomedical data - everything from molecular data to human medical records and population-based data. BMI has depended fundamentally on the Networking and Information Technology Research and Development (NITRD) investment. The NIH has supported the growth of biomedical informatics (particularly the individual institutes NLM, NIGMS, NHGRI, NCRR and NCI, among others). The informatics problems in biomedicine are myriad and incredibly challenging, attracting young scientists with dual facility in informatics and biology...\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networking; information; technology; research; development; NITRD Program", "comments": "NITRD 20th Anniversary Symposium", "presented_at": "NITRD 20th Anniversary Symposium", "key_words": "" }, { "presentation_id": "PID-02-16-2012-019-02", "year": "2012", "pp_date": "2/16/2012", "title": "This Research Made Watson Possible (video)", "author": "Eric Brown", "file_url": "https://youtu.be/200pJKHfWsI", "media_type": "video", "description": "Presentation given by Eric Brown at the NITRD 20th Anniversary Symposium. Presentation outline: \"In 2007 IBM began a quest to push the boundaries of open-domain question answering and create a computer technology that delivers human-level question answering performance. Four years later IBM introduced Watson, a computer system capable of understanding natural language questions over a broad domain of topics and returning precise answers with meaningful confidence. To demonstrate this technology, IBM pitted Watson against the world's best human players in a two-game match on the popular Jeopardy! quiz show. Watson was victorious in this historic match, which aired on national television in February 2011. Beating the best human contestants at Jeopardy! represents a major landmark in open-domain question answering. What IBM has accomplished with Watson is the development of a software architecture and a methodology that builds on, integrates, and advances decades of innovation in the fields of information retrieval, natural language processing, knowledge representation and reasoning, machine learning, and human-computer interaction. The Federal government's Networking and Information Technology Research and Development (NITRD) Program has played a key role in supporting many of the technologies that laid the foundation for Watson...\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networking; information; technology; research; development; NITRD Program", "comments": "NITRD 20th Anniversary Symposium", "presented_at": "NITRD 20th Anniversary Symposium", "key_words": "" }, { "presentation_id": "PID-02-16-2012-007-01", "year": "2012", "pp_date": "2/16/2012", "title": "Reinventing Mobility", "author": "Sebastian Thrun", "file_url": "https://www.nitrd.gov/historical/nitrdsymposium-2012/speakers/documents/thrun.pdf", "media_type": "pdf", "description": "Presentation given by Sebastian Thrun at the NITRD 20th Anniversary Symposium. Presentation outline: \"Today's cars are networked computer systems on wheels: features such as antilock brakes, lane departure warning systems, adaptive cruise control, and self­parking have gone mainstream, increasing safety and convenience. On the horizon, though, are fully autonomous vehicles - self-driving cars...\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networking; information; technology; research; development; NITRD Program", "comments": "NITRD 20th Anniversary Symposium", "presented_at": "NITRD 20th Anniversary Symposium", "key_words": "" }, { "presentation_id": "PID-02-16-2012-020-02", "year": "2012", "pp_date": "2/16/2012", "title": "Data to Insights to Actions: Enabling Evidence-based Healthcare (video)", "author": "Eric Horvitz", "file_url": "https://youtu.be/VGA_ccm23VE", "media_type": "video", "description": "Presentation given by Eric Horvitz at the NITRD 20th Anniversary Symposium. Presentation outline: \"Nearly 2500 years ago, Hippocrates called for the recording of data about patients and their illnesses, establishing evidence-based healthcare as a long-term goal. Although 25 centuries have passed since Hippocrates' call, we have not yet attained the dream of true evidence-based healthcare. To date, large quantities of data about wellness and illness continue to be dropped on the floor, rather than collected and harnessed to optimize the provision of care. However, we now stand at the brink of a potential revolution in data-centric healthcare, made possible by advances in multiple areas of computer science. Critical funding of fundamental research in the computing and decision sciences over several decades by NSF, DARPA, NASA, the office of Naval Research, various institutes of the NIH, and other Networking and Information Technology Research and Development (NITRD) Program agencies have provided methods for collecting, storing, and reasoning with health data. Computational systems and methods stand ready to enhance the efficacy and quality of healthcare. Key computational ingredients for powering a revolution in evidence-based medicine include affordable large-scale computation and storage resources, connectivity among computing systems and devices, and the development of computational procedures for machine intelligence, including methods for learning and predicting, planning, and decision making. These core ingredients can be used to develop computational systems and services that provide assistance with such difficult problems as error-detection, triage and diagnosis, acute therapy, long-term disease management, prediction of outcomes, and the formulation of ideal healthcare policies that weigh the costs and benefits of different actions by providers and patients...\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networking; information; technology; research; development; NITRD Program", "comments": "NITRD 20th Anniversary Symposium", "presented_at": "NITRD 20th Anniversary Symposium", "key_words": "" }, { "presentation_id": "PID-02-16-2012-008-01", "year": "2012", "pp_date": "2/16/2012", "title": "The Role of Sensors in Our Daily Lives", "author": "Shwetak Patel", "file_url": "https://www.nitrd.gov/historical/nitrdsymposium-2012/speakers/documents/patel.pdf", "media_type": "pdf", "description": "Presentation given by Shwetak Patel at the NITRD 20th Anniversary Symposium. Presentation outline: \"Advances in embedded systems, wireless networking, and sensing capabilities - supported by Federal investment in the last 20 years - have transformed the way we collect and respond to information gathered from the physical world. Sensors are increasingly an integral part of our daily lives. For example, the modern automobile is composed of hundreds of small processors and sensors all seamlessly coordinating with each other in the background to enable efficient operation of the car, but more importantly, to provide critical safety capabilities (anti-lock braking, traction control, collision avoidance, etc.)...\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networking; information; technology; research; development; NITRD Program", "comments": "NITRD 20th Anniversary Symposium", "presented_at": "NITRD 20th Anniversary Symposium", "key_words": "" }, { "presentation_id": "PID-02-16-2012-009-02", "year": "2012", "pp_date": "2/16/2012", "title": "The Economic Impact of Information Technology (video)", "author": "Erik Brynjolfsson", "file_url": "https://youtu.be/eEvK2jDiyyg", "media_type": "video", "description": "Presentation given by Erik Brynjolfsson at the NITRD 20th Anniversary Symposium. Presentation outline: \"The exponential improvements in the power of digital technologies have been remarkably consistent for over 40 years, but the economic effects of these advances are much larger in recent years. Digitization has led to an acceleration in productivity growth in the U.S. economy overall, and particularly for the companies that use information technology most intensively. The most effective companies have reorganized the way they make decisions, interact with customers and suppliers, and innovate to take advantage of the digital revolution, creating trillions of dollars of intangible organizational assets in the process. Furthermore, the increasing digitization of economic activities has made possible four important trends, each of which has significant implications for innovation: Improved real-time, fine-grained measurement of business activities; Faster and cheaper business experimentation; More widespread and easier sharing of observations and ideas; and The ability to replicate process and product innovations with greater speed and fidelity. While the net effect of digitization has been to substantially boost productivity and create trillions of dollars of new wealth, not every firm or every person has benefitted equally. The gap between leading firms and laggards in most industries has grown. Meanwhile, income inequality has worsened. The challenge for individuals, companies and policymakers is to adapt their skills, organizations and institutions more quickly to keep up with ever-accelerating digital advances.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networking; information; technology; research; development; NITRD Program", "comments": "NITRD 20th Anniversary Symposium", "presented_at": "NITRD 20th Anniversary Symposium", "key_words": "" }, { "presentation_id": "PID-02-16-2012-014-01", "year": "2012", "pp_date": "2/16/2012", "title": "Successes and Challenges of Computer Security Research", "author": "Stefan Savage", "file_url": "https://www.nitrd.gov/historical/nitrdsymposium-2012/speakers/documents/savage.pdf", "media_type": "pdf", "description": "Presentation given by Stefan Savage at the NITRD 20th Anniversary Symposium. Presentation outline: \"Security - computer and otherwise - is part reality and part perception. Webster's dictionary captures this dichotomy in its definition: \"freedom from danger; freedom from fear or anxiety.\" Telling one from the other can be difficult at any time, but it is even harder during times of technological change. The benefits and risks of technology evolve hand in hand. Just as the internal combustion engine begat highway accidents and auto theft, many of the most visible and transformative successes of computing technology - e-mail, databases, e­commerce, the Web and so on - have ushered in new classes of abuse. Indeed, the global connectivity provided by the Internet has transformed the threats we face, just as it has transformed the rest of our lives...\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networking; information; technology; research; development; NITRD Program", "comments": "NITRD 20th Anniversary Symposium", "presented_at": "NITRD 20th Anniversary Symposium", "key_words": "" }, { "presentation_id": "PID-02-16-2012-001-02", "year": "2012", "pp_date": "2/16/2012", "title": "IT Discovery and Innovation Ecosystem (video)", "author": "Farnam Jahanian", "file_url": "https://youtu.be/JDdJ36KrqC8?list=PL44EFF8A94D9F559F", "media_type": "video", "description": "Presentation given by Farnam Jahanian at the NITRD 20th Anniversary Symposium. Presentation outline: \"IT Discovery and Innovation Ecosystem; Pervasive Impact of NIT; NIT is a National Imperative; Economic Impact of IT; Discovery and Innovation Ecosystem; Interactions of research ideas multiply their impact and seed new ideas with the potential to lead to unanticipated advances; Sustaining the IT Ecosystem; Economic Prosperity and Societal Wellbeing depends on NIT; Smart Infrastructure; Environment and Sustainability; Health and Wellbeing; Smart Grids; Emergency Response; Transportation Safety and Energy; Cybersecurity; The Promise of NIT. \"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networking; information; technology; research; development; NITRD Program", "comments": "NITRD 20th Anniversary Symposium", "presented_at": "NITRD 20th Anniversary Symposium", "key_words": "" }, { "presentation_id": "PID-02-16-2012-002-01", "year": "2012", "pp_date": "2/16/2012", "title": "NITRD 20th Anniversary Symposium: Welcome Remarks (video)", "author": "George O. Strawn", "file_url": "https://youtu.be/VHqRPPBHpcc?list=PL44EFF8A94D9F559F", "media_type": "video", "description": "NITRD 20th Anniversary Symposium: Welcome Remarks. While the Federal investment in Networking and Information Technology (NIT) Research and Development (R&D) dates from the birth of the field more than 60 years ago, the High-Performance Computing Act of 1991, recognizing the unique importance NIT R&D to our nation, provided for multi-agency coordination of this investment. This daylong, invitation-only symposium in Washington, DC, explores the accomplishments and prospects of this coordinated effort - now referred to as the Federal Networking and Information Technology Research and Development (NITRD) Program.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networking; information; technology; research; development; NITRD Program", "comments": "NITRD 20th Anniversary Symposium", "presented_at": "NITRD 20th Anniversary Symposium", "key_words": "" }, { "presentation_id": "PID-02-16-2012-006-02", "year": "2012", "pp_date": "2/16/2012", "title": "Privacy, Information Technology, and Digital Media (video)", "author": "Helen Nissenbaum", "file_url": "https://youtu.be/-tSTlQpU6_o", "media_type": "video", "description": "Presentation given by Helen Nissenbaum at the NITRD 20th Anniversary Symposium. Presentation outline: \"Helen Nissenbaum is professor of Media, Culture and Communication, and Computer Science, at New York University, where she is also senior faculty fellow of the Information Law Institute. Her areas of expertise span social, ethical, and political implications of information technology and digital media. Dr. Nissenbaum's research publications have appeared in journals of philosophy, politics, law, media studies, information studies, and computer science. She has written and edited four books, including Privacy in Context: Technology, Policy, and the Integrity of Social Life, which was published in 2010 by Stanford University Press. The National Science Foundation, Air Force Office of Scientific Research, Ford Foundation, U.S. Department of Homeland Security, and the U.S. Department of Health and Human Services Office of the National Coordinator have supported her work on privacy, trust online, and security, as well as several studies of values embodied in computer system design, including search engines, digital games, facial recognition technology, and health information systems. Dr. Nissenbaum holds a Ph.D. in philosophy from Stanford University and a B.A. (Hons) from the University of the Witwatersrand. Before joining the faculty at NYU, she served as Associate Director of the Center for Human Values at Princeton University.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networking; information; technology; research; development; NITRD Program", "comments": "NITRD 20th Anniversary Symposium", "presented_at": "NITRD 20th Anniversary Symposium", "key_words": "" }, { "presentation_id": "PID-02-16-2012-003-02", "year": "2012", "pp_date": "2/16/2012", "title": "A Day in the Life (video)", "author": "Jeannette Wing", "file_url": "https://youtu.be/z0gzqifNMdE", "media_type": "video", "description": "NITRD 20th Anniversary Symposium: A Day in the Life (Jeannette Wing). Progress in information technology over the past 20 years has dramatically changed our lives - in our daily routines, at play, and at work. Today's homes are \"smarter\" and richer in day-to-day conveniences, largely as a result of significant advances in mobile devices, wireless networks, robots, sensors and actuators, software services, data analytics, optimization and approximation algorithms, and social networks and media. For example, to heat and cool our homes, we no longer adjust the thermostat every time we feel too cool or too warm; we use programmable thermostats that automatically sense and adapt, based on our needs and routines. To turn our lights on or off, we no longer use the switches that come with our lamps; we rely on motion sensor technology that can detect the presence (or absence) of an individual in a particular room and alter the state of the light accordingly. To clean our house, we no longer use the Dyson G-force cyclonic vacuum cleaner; we use a robot that can vacuum wood floors, carpeting, and even pet hairs.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networking; information; technology; research; development; NITRD Program", "comments": "NITRD 20th Anniversary Symposium", "presented_at": "NITRD 20th Anniversary Symposium", "key_words": "" }, { "presentation_id": "PID-02-16-2012-017-02", "year": "2012", "pp_date": "2/16/2012", "title": "More and Moore: Growing Computing Performance for Scientific Discovery (video)", "author": "Katherine Yelick", "file_url": "https://youtu.be/dQcdI7BeDr8", "media_type": "video", "description": "Presentation given by Katherine Yelick at the NITRD 20th Anniversary Symposium. Presentation outline: \"The past two decades of growth in computing performance have enabled breakthroughs across many disciplines, from biology to astronomy, and from engineering to fundamental science. Within the energy space, computation is used to develop alternative energy sources, to design energy efficient devices, and to understand and mitigate the impacts of energy choices. Demand for computational capability across science grows unabated, with the growth coming from three general areas: Scale: Computational models have become more detailed and sophisticated, but future simulations will combine even more physical phenomenon interacting in more complex ways...\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networking; information; technology; research; development; NITRD Program", "comments": "NITRD 20th Anniversary Symposium", "presented_at": "NITRD 20th Anniversary Symposium", "key_words": "" }, { "presentation_id": "PID-02-16-2012-004-02", "year": "2012", "pp_date": "2/16/2012", "title": "Human Language Technology: What Machines Do with Text and Speech (video)", "author": "Kevin Knight", "file_url": "https://youtu.be/LXptRrrBw1o", "media_type": "video", "description": "Presentation given by Kevin Knight at the NITRD 20th Anniversary Symposium. Presentation outline: \"What is human language technology? We do many things with human language: we communicate with each other, we store knowledge, we ask questions, we entertain. The ability to use language comes to us naturally. But computers must be programmed to understand and generate human language, and this constitutes a major challenge in artificial intelligence. Sample applications include: Automatic translation from one language to another (for example, Chinese to English). Question answering, on any topic. Automatic dictation for hands-free email/texting; and Control of any device by spoken command. Understanding and generating human language is hard for computers because every word has many meanings. The computer must select the right one based on context, but there are an infinite number of contexts. Even then, selecting the right word meanings is not enough - we must then assemble word meanings correctly to understand whole sentences and texts...\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networking; information; technology; research; development; NITRD Program", "comments": "NITRD 20th Anniversary Symposium", "presented_at": "NITRD 20th Anniversary Symposium", "key_words": "" }, { "presentation_id": "PID-02-16-2012-015-02", "year": "2012", "pp_date": "2/16/2012", "title": "Chain Reactions: Information Technology and Biomedical Discovery (video)", "author": "Russ Altman", "file_url": "https://youtu.be/iwOdFBFOA6s", "media_type": "video", "description": "Presentation given by Russ Altman at the NITRD 20th Anniversary Symposium. Presentation outline: \"The field of biomedical informatics (BMI) has emerged in the last 20 years as a direct result of the dual revolutions in information technology and biological measurement. BMI is focused on the creation of novel computational methods to represent, store, annotate, search, and analyze biomedical data - everything from molecular data to human medical records and population-based data. BMI has depended fundamentally on the Networking and Information Technology Research and Development (NITRD) investment. The NIH has supported the growth of biomedical informatics (particularly the individual institutes NLM, NIGMS, NHGRI, NCRR and NCI, among others)...\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networking; information; technology; research; development; NITRD Program", "comments": "NITRD 20th Anniversary Symposium", "presented_at": "NITRD 20th Anniversary Symposium", "key_words": "" }, { "presentation_id": "PID-02-16-2012-007-02", "year": "2012", "pp_date": "2/16/2012", "title": "Reinventing Mobility (video)", "author": "Sebastian Thrun", "file_url": "https://youtu.be/nZFyifdZkZg", "media_type": "video", "description": "Presentation given by Sebastian Thrun at the NITRD 20th Anniversary Symposium. Presentation outline: \"Today's cars are networked computer systems on wheels: features such as antilock brakes, lane departure warning systems, adaptive cruise control, and self­parking have gone mainstream, increasing safety and convenience. On the horizon, though, are fully autonomous vehicles - self-driving cars...\" ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networking; information; technology; research; development; NITRD Program", "comments": "NITRD 20th Anniversary Symposium", "presented_at": "NITRD 20th Anniversary Symposium", "key_words": "" }, { "presentation_id": "PID-02-16-2012-008-02", "year": "2012", "pp_date": "2/16/2012", "title": "The Role of Sensors in Our Daily Lives (video)", "author": "Shwetak Patel", "file_url": "https://youtu.be/BbL3Eu23at4", "media_type": "video", "description": "Presentation given by Shwetak Patel at the NITRD 20th Anniversary Symposium. Presentation outline: \"Advances in embedded systems, wireless networking, and sensing capabilities - supported by Federal investment in the last 20 years - have transformed the way we collect and respond to information gathered from the physical world. Sensors are increasingly an integral part of our daily lives...\" ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networking; information; technology; research; development; NITRD Program", "comments": "NITRD 20th Anniversary Symposium", "presented_at": "NITRD 20th Anniversary Symposium", "key_words": "" }, { "presentation_id": "PID-02-16-2012-010-01", "year": "2012", "pp_date": "2/16/2012", "title": "The Modeling and Simulation Behind Improving Everyday Life", "author": "Tom Lange", "file_url": "https://www.nitrd.gov/historical/nitrdsymposium-2012/speakers/documents/lange.pdf", "media_type": "pdf", "description": "Presentation given by Tom Lange at the NITRD 20th Anniversary Symposium. Presentation outline: \"Procter & Gamble, founded in 1837, manufactures products and services that touch the lives of four billion consumers every year. Investors know P&G as a company with $82 billion in sales and $12 billion in net earnings. P&G has paid dividends continuously since 1890 and for 55 years has increased them at an annual compound average rate of about 9.5 percent. It has a market capitalization of approximately $180 billion. As a long-time employee, I can explain how the fruits of research have made that possible. Most people know P&G by our brands. Twenty-three brands have sales in excess of $1 billion...\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networking; information; technology; research; development; NITRD Program", "comments": "NITRD 20th Anniversary Symposium", "presented_at": "NITRD 20th Anniversary Symposium", "key_words": "" }, { "presentation_id": "PID-02-16-2012-014-02", "year": "2012", "pp_date": "2/16/2012", "title": "Successes and Challenges of Computer Security Research (video)", "author": "Stefan Savage", "file_url": "https://youtu.be/HC1D0g9IWsk", "media_type": "video", "description": "Presentation given by Stefan Savage at the NITRD 20th Anniversary Symposium. Presentation outline: \"Security - computer and otherwise - is part reality and part perception. Webster's dictionary captures this dichotomy in its definition: \"freedom from danger; freedom from fear or anxiety.\" Telling one from the other can be difficult at any time, but it is even harder during times of technological change. The benefits and risks of technology evolve hand in hand. Just as the internal combustion engine begat highway accidents and auto theft, many of the most visible and transformative successes of computing technology - e-mail, databases, e­commerce, the Web and so on - have ushered in new classes of abuse. Indeed, the global connectivity provided by the Internet has transformed the threats we face, just as it has transformed the rest of our lives...\" ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networking; information; technology; research; development; NITRD Program", "comments": "NITRD 20th Anniversary Symposium", "presented_at": "NITRD 20th Anniversary Symposium", "key_words": "" }, { "presentation_id": "PID-02-16-2012-012-01", "year": "2012", "pp_date": "2/16/2012", "title": "NITRD and the Internet", "author": "Vint Cerf", "file_url": "https://www.nitrd.gov/historical/nitrdsymposium-2012/speakers/documents/cerf.pdf", "media_type": "pdf", "description": "Presentation given by Vint Cerf at the NITRD 20th Anniversary Symposium. Presentation outline: \"The Internet was designed to be a collaborative enterprise. Anyone was free to build a piece of its infrastructure and then find someone willing to connect that piece to the rest of the Internet. Four of the agencies that have participated in the Federal government's Networking and Information Technology Research and Development (NITRD) Program played key roles in the successful implementation and expansion of the Internet...\" ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networking; information; technology; research; development; NITRD Program", "comments": "NITRD 20th Anniversary Symposium", "presented_at": "NITRD 20th Anniversary Symposium", "key_words": "" }, { "presentation_id": "PID-02-16-2012-012-02", "year": "2012", "pp_date": "2/16/2012", "title": "NITRD and the Internet", "author": "Vint Cerf", "file_url": "https://youtu.be/pCRXw5FMrS8", "media_type": "pdf", "description": "Presentation given by Vint Cerf at the NITRD 20th Anniversary Symposium. Presentation outline: \"The Internet was designed to be a collaborative enterprise. Anyone was free to build a piece of its infrastructure and then find someone willing to connect that piece to the rest of the Internet. Four of the agencies that have participated in the Federal government's Networking and Information Technology Research and Development (NITRD) Program played key roles in the successful implementation and expansion of the Internet...\" ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networking; information; technology; research; development; NITRD Program", "comments": "NITRD 20th Anniversary Symposium", "presented_at": "NITRD 20th Anniversary Symposium", "key_words": "" }, { "presentation_id": "PID-02-16-2012-011-01", "year": "2012", "pp_date": "2/16/2012", "title": "NITRD 20th Anniversary Symposium Keynote (video)", "author": "The Honorable Al Gore", "file_url": "https://youtu.be/ZdUDIDolCM4", "media_type": "video", "description": "The Honorable Al Gore is co-founder and chairman of Generation Investment Management, a partnership that is focused on a new approach to sustainable investing. He is also co-founder and chairman of Current TV, an Emmy Award-winning, independent cable and satellite television news and information network based on viewer-created content and citizen journalism. In addition, Mr. Gore is a senior partner with the venture capital firm Kleiner Perkins Caufield & Byers, a member of the board of directors of Apple and senior adviser to Google. Mr. Gore spends the majority of his time as chairman of The Climate Reality Project, a non-profit focused on solutions to the climate crisis. Mr. Gore was elected to the U.S. House of Representatives in 1976, 1978, 1980 and 1982 and the U.S. Senate in 1984 and 1990. He was inaugurated as the forty-fifth Vice President of the United States on January 20, 1993, and served eight years. During the Administration, Mr. Gore was a central member of President Clinton's economic team. He served as President of the Senate, a Cabinet member, a member of the National Security Council and as the leader of a wide range of Administration initiatives. He is the author of the bestsellers Earth in the Balance, An Inconvenient Truth, The Assault on Reason, and Our Choice: A Plan to Solve the Climate Crisis. He is the subject of an Oscar-winning documentary and is the co-recipient, with the Intergovernmental Panel on Climate Change, of the 2007 Nobel Peace Prize for \"informing the world of the dangers posed by climate change.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networking; information; technology; research; development; NITRD Program", "comments": "NITRD 20th Anniversary Symposium", "presented_at": "NITRD 20th Anniversary Symposium", "key_words": "" }, { "presentation_id": "PID-02-16-2012-013-01", "year": "2012", "pp_date": "2/16/2012", "title": "Software and Strategy", "author": "William Scherlis", "file_url": "https://www.nitrd.gov/historical/nitrdsymposium-2012/speakers/documents/scherlis.pdf", "media_type": "pdf", "description": "Presentation given by William Scherlis at the NITRD 20th Anniversary Symposium. Presentation outline: \"Software has scaled dramatically not only in functional capability, but also in its role in interlinking organizations and conferring agility in the enterprise. Technical advances in software have enabled diverse software supply chains and the development of rich socio-technical ecosystems such as for mobile devices (iOS, Android), web services (ASP.Net, Java EE, LAMP), cloud-based services (Google, Amazon, Facebook), and enterprise services (ERP, SCM, CRM), as well as infrastructural ecosystems such as for utilities, logistics, and transportation. Although Moore's Law and the growth of the Internet have enabled this scaling, it is not a consequence of these things. The scaling derives from a rich and diverse set of deep technical advances in languages for writing software, in modeling and analysis techniques to support software creation, in the practices used by teams of developers, and in the tools used by individuals and teams to support these practices...\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networking; information; technology; research; development; NITRD Program", "comments": "NITRD 20th Anniversary Symposium", "presented_at": "NITRD 20th Anniversary Symposium", "key_words": "" }, { "presentation_id": "PID-02-16-2012-018-01", "year": "2012", "pp_date": "2/16/2012", "title": "NITRD 20th Anniversary Symposium: Featured Speaker (video)", "author": "The Honorable Tom Davis", "file_url": "https://youtu.be/oY6UnKT9l0A", "media_type": "video", "description": "The Honorable Tom Davis is a director in Deloitte LLP's Federal Government Services Group where he advises clients on major trends, opportunities and challenges facing the federal government, with a focus on technology innovation and government transformation. Through 31 years of public service, Mr. Davis has been at the forefront of creative improvement to governmental operations. He served on the Fairfax, Virginia Board of Supervisors for 15 years, including three as chairman, when Fairfax was recognized as the nation's best financially managed county. Mr. Davis earned national recognition as chairman of the National Republican Congressional Committee in 2000 and 2002, when he was instrumental in maintaining his party's majority in the House of Representatives and driving value for taxpayers. He was a leader on promoting the President's Management Agenda and maximizing the performance of government agencies. Mr. Davis has also served as a co-chair of the Information Technology Working Group, which promotes a better understanding among members of Congress of important issues in the computer and technology industries. After the 2002 election, he was named chairman of the House Committee on Government Reform, gaining national prominence once again by chairing hearings on the use of performance enhancing substances in professional sports. Other notable accomplishments include his hard-hitting but objective report on the federal response to Hurricane Katrina; his sponsorship of legislation giving the Food and Drug Administration authority to regulate tobacco; and passage of the National Capital Transportation Amendments Act, which authorizes much-needed capital reinvestment in the Washington Metro system.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networking; information; technology; research; development; NITRD Program", "comments": "NITRD 20th Anniversary Symposium", "presented_at": "NITRD 20th Anniversary Symposium", "key_words": "" }, { "presentation_id": "PID-02-16-2012-022-01", "year": "2012", "pp_date": "2/16/2012", "title": "Future \"Big Ideas\" Panel (video)", "author": "Thomas Kalil; Peter Lee; Elizabeth Mynatt; Stefan Savage; Charles Vest", "file_url": "https://youtu.be/zhF9lx0vZgY", "media_type": "video", "description": "NITRD 20th Anniversary Symposium: Future Big Ideas Panel (Thomas Kalil; Peter Lee; Elizabeth Mynatt; Stefan Savage; Charles Vest).", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networking; information; technology; research; development; NITRD Program", "comments": "NITRD 20th Anniversary Symposium", "presented_at": "NITRD 20th Anniversary Symposium", "key_words": "" }, { "presentation_id": "PID-02-16-2012-010-02", "year": "2012", "pp_date": "2/16/2012", "title": "The Modeling and Simulation Behind Improving Everyday Life (video)", "author": "Tom Lange", "file_url": "https://youtu.be/JEfp8XZk8Qo", "media_type": "video", "description": "Presentation given by Tom Lange at the NITRD 20th Anniversary Symposium. Presentation outline: \"Procter & Gamble, founded in 1837, manufactures products and services that touch the lives of four billion consumers every year. Investors know P&G as a company with $82 billion in sales and $12 billion in net earnings. P&G has paid dividends continuously since 1890 and for 55 years has increased them at an annual compound average rate of about 9.5 percent. It has a market capitalization of approximately $180 billion. As a long-time employee, I can explain how the fruits of research have made that possible...\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networking; information; technology; research; development; NITRD Program", "comments": "NITRD 20th Anniversary Symposium", "presented_at": "NITRD 20th Anniversary Symposium", "key_words": "" }, { "presentation_id": "PID-02-16-2012-013-02", "year": "2012", "pp_date": "2/16/2012", "title": "Software and Strategy (video)", "author": "William Scherlis", "file_url": "https://youtu.be/d8VbdXAVcZw", "media_type": "video", "description": "Presentation given by William Scherlis at the NITRD 20th Anniversary Symposium. Presentation outline: \"Software has scaled dramatically not only in functional capability, but also in its role in interlinking organizations and conferring agility in the enterprise. Technical advances in software have enabled diverse software supply chains and the development of rich socio-technical ecosystems such as for mobile devices (iOS, Android), web services (ASP.Net, Java EE, LAMP), cloud-based services (Google, Amazon, Facebook), and enterprise services (ERP, SCM, CRM), as well as infrastructural ecosystems such as for utilities, logistics, and transportation. Although Moore's Law and the growth of the Internet have enabled this scaling, it is not a consequence of these things. The scaling derives from a rich and diverse set of deep technical advances in languages for writing software, in modeling and analysis techniques to support software creation, in the practices used by teams of developers, and in the tools used by individuals and teams to support these practices...\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networking; information; technology; research; development; NITRD Program", "comments": "NITRD 20th Anniversary Symposium", "presented_at": "NITRD 20th Anniversary Symposium", "key_words": "" }, { "presentation_id": "PID-02-01-2012-0002-01", "year": "2012", "pp_date": "2/1/2012", "title": "The Role of Standards for Risk Reduction and Inter-operation in XSEDE", "author": "Andrew Grimshaw", "file_url": "https://www.nitrd.gov/nitrdgroups/images/e/e5/XSEDE-2012.pdf", "media_type": "pdf", "description": "Andrew Grimshaw is the Co-architect, along with Ian Foster, of XSEDE. XSEDE standards enable users to interact with other standards; they provide flexibility, and prevent lock-in to a particular provider/standard. The XSEDE architecture components are defined by their capabilities, interfaces, and attributes such as security and functionality. The architecture allows for component evolution over time. The architecture is a set of design principles that provide basic components. Standards for the components provide risk reduction and mix-and-match applications. XSEDE architecture has 3 layers and this presentation addressed primarily the service layer of the architecture. XSEDE users are science users, developers, and managers. Standards supported by XSEDED include OGSA, GridFTP, and WSTrust Secure token services. A given resource/component will implement one or more of these standards. OGSA Basic Execution Services virtualize a compute resource including: host, queue on a supercomputer, virtual machine images, and others. There are many interoperable implementations including GridSam, GenesisII, Unicore6, and Globus. The resource namespace service (RNS) is used to create a global shared namespace, analogous to UNIX directories. Almost anything can have an RNS path: files, directories, Web pages… Use of open specifications reduces risk. It enables use of the best breed of mix and match. It allows innovation and competition and facilitates interoperation with other infrastructures.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "standards; architecture; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-02-01-2012-0001-01", "year": "2012", "pp_date": "2/1/2012", "title": "SAGA: A Producer and Consumer of Standards for Distributed Computing", "author": "Shantenu Jha; Andre Merzky", "file_url": "https://www.nitrd.gov/nitrdgroups/images/9/93/Saga-magic-standards.pdf", "media_type": "pdf", "description": "Shantenu Jha discussed SAGA. SAGA is like MPI for distributed computing. It is a simple and stable top-level API. SAGA developers work with users to provide end-to-end distributed infrastructure. SAGA is a consumer of standards including: OGF Core API, Advert API extension, Service Discovery API Extension, Information Service navigator and others. End-users request a framework and tools provided by SAGA. They rarely request the development of new standards. SAGA assists in end-to-end integration. SAGA is implemented on XSEDE, EGI, and OSG and is used in the commercial sector, e.g., Airbus and BT. Standards are an important strategy for sustainability. Service discovery uses SAGA for many developing collaborations. Standards are a route to interoperability. SAGA is deployed and used in FutureGrid as an access layer into many middleware systems. Job/task management/ data standards play a role in higher-level abstractions. The Pilot API is part of the emerging OGF/SAGA resource package. It has semantic commonality with OCCI. SAGA was aimed toward enabling user environments that are scalable and interoperating. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "distributed computing; infrastructure; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-02-01-2012-0003-01", "year": "2012", "pp_date": "2/1/2012", "title": "Globus related standards: Past, present and future", "author": "Steve Tuecke", "file_url": "https://www.nitrd.gov/nitrdgroups/images/e/e4/Globus_standards2%2C1%2C12C_pptx.pdf", "media_type": "pdf", "description": "Steve Teucke is Deputy Director of the University of Chicago Computational Laboratory. Two components of Globus are the Globus toolkit which helps users build their grid and Globus Online, a software system that provides a Web interface. The Globus team co-authored many standards such as Z.509, OGSI, GridFTP, and WSRF. The Globus team also served on many other standards working groups. The Globus Toolkit 5 provides X.509 and proxy services including SSL, GridFTP, and HTTP: and others. It does not provide WSI and WSRF. WSI (Web Services Interoperability) was led by IBM and Microsoft. Globus Online also uses the Web standards of OAuth, OpenID, SAML (InCommon), REST, APTTP(S), XML, and JSON. Globus development provided lesson learned including: - You have to be cognizant of commercial interests - OGF standards should focus on research scope of use - Standards should follow technical maturation, not lead it - Be cognizant of who you intend to affect with the standards - Be careful not to interfere with the commercial sector - Many standards tend to get developed outside of standards organizations, then are brought into the standards organizations - Globus expedites the science community. If the commercial sector follows, so much the better Globus standards are driven by user needs and requests, cost and complexity, and funding. Case studies for Globus include GridFTP extensions to be more firewall friendly. BES, and Web standards including REST, AJAX, and OAuth", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "standards; research; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-01-04-2012-0001-01", "year": "2012", "pp_date": "1/4/2012", "title": "Identity Management Systems for Collaborations and Virtual Organizations", "author": "Ken Klingenstein", "file_url": "https://www.nitrd.gov/nitrdgroups/images/d/d3/Magic-voidm-jan04.pdf", "media_type": "pdf", "description": "Consumer marketplace identity management is led by Google with participation by PayPal, Yahoo and others. It is based on the Open Internet Exchange (OIX) using a new standard OpenIDConnect. Open ID Connect is based on Shibboleth with additional capabilities in JSON. It uses SAML attributes and metadata which enables integration. Other major players are sitting on the sidelines including Facebook and Twitter. ISOC is interested in moving forward cooperative Identity Management internationally regardless of what is happening in the U.S. It fosters a comprehensive integration of roles and communities.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "identity management; internet; exchange; applications; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-11-03-2011-001-01", "year": "2011", "pp_date": "11/3/2011", "title": "Conducting Leading-Edge Software R&D in a Globalized, Commoditized World", "author": "Douglas C. Schmidt", "file_url": "https://www.nitrd.gov/nitrdgroups/images/a/ac/SDP_Presentation_Schmidt.pdf", "media_type": "pdf", "description": "Dr. Douglas C. Schmidt discusses the impact of globalization & commoditization of information technology (IT) on software R&D.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "software; middleware; systems; technology; software science", "comments": "", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-10-05-2011-0001-01", "year": "2011", "pp_date": "10/5/2011", "title": "Some thoughts on Identity Management for Distributed Science", "author": "Von Welch", "file_url": "https://www.nitrd.gov/nitrdgroups/images/8/89/Welch-MAGIC-IdM-Oct-2011.pdf", "media_type": "pdf", "description": "Presentation given by Von Welch at MAGIC monthly meeing, 10/5/2011. Presentation outline: \" * Progress is being made * Adoption is slow. Change is slower after initial deployment * Recommendations for MAGIC ** Foster international interoperability ** Define community requirements (E.g. LOA comes from risk, risk comes from assets, which are increasingly data, but I know of no data security needs assessment) (E.g. Should we be leveraging outside IdM rather than rolling our own? If so, what would we need from InCommon, OpenID, NSTIC, etc.?) ** Monitor Moonshot/SAML ECP and jump in and support the winner at the appropriate time? ** Von Welch - What are we trusting entities to do? How stringent are requirements?\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "identity management; distributed computing; science; trust; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-10-05-2011-0002-01", "year": "2011", "pp_date": "10/5/2011", "title": "Open Grid Forum (OGF) Status", "author": "Alan F. Sill", "file_url": "https://www.nitrd.gov/nitrdgroups/images/8/88/OGF-Recent-Documents-through-Oct-2011-web.pdf", "media_type": "pdf", "description": "Presentation given by Alan F. Sill at MAGIC monthly meeing, 10/5/2011. Presentation outline: \"* International Grid Trust Federation (IGTF) is the right forum to take trust issues not OGF * Federated security - writing profile use of access space to include clouds; this is not a technology question, * Motivation - We want to expand the user community/projects by orders of magnitude * Formulate profile and hope to use existing standards, e.g., if you wish to connect via shibboleth you need to express the membership in a virtual organization o First work product available in grid architectures o Second area - recent events in CC, resistance to mod architectures, want to know how to adapt their system distributed I federation * Automation of service agreements * How new standards can be folded into existing standards? * Need rapid response (small scale workshops are a good approach) * MAGIC - craft vehicles to respond to needs.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "grid; computing; distributed computing; security; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-09-21-2011-0001-01", "year": "2011", "pp_date": "9/21/2011", "title": "Testimony of Dr. George O. Strawn to the House Subcommittee on Research and Technology", "author": "George O. Strawn", "file_url": "https://www.nitrd.gov/congressional/testimony/NITRD%20Written%20Testimony%20GStrawn%2009_21_2011.pdf", "media_type": "pdf", "description": "Statement of Dr. George O. Strawn Director, National Coordination Office for the Networking and Information Technology Research and Development Program, to the Subcommittee on Research and Science Education of the Committee on Science, Space, and Technology U.S. House of Representatives. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "NITRD Program", "comments": "House Subcommittee on Research and Technology", "presented_at": "Congressional Testimony", "key_words": "" }, { "presentation_id": "PID-09-20-2011-002-01", "year": "2011", "pp_date": "9/20/2011", "title": "Crossing the IPv6 Chasm", "author": "Ananda Rajagopal", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2/27/A_Rajagopal_Crossing_the_IPv6_Chasm_DREN.pdf", "media_type": "pdf", "description": "Presentation outline: \"IPv6 Transition; IPv4-v6 Parity; Application Delivery Controllers; NAT64 Gateway; Case Study: Brocade IT and IPv6.\"\n\n\n", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "ipv6; internet; applications; networks; internet; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-09-20-2011-004-01", "year": "2011", "pp_date": "9/20/2011", "title": "IP Address Lifecycle management enabling v6 Transition & Cyber Security", "author": "J Lee", "file_url": "https://www.nitrd.gov/nitrdgroups/images/7/70/J_Lee-IPALMv12.pdf", "media_type": "pdf", "description": "Presentation outline: \"Cyber Security; IP Address Lifecycle management (IPALM) Technology; IP Address Planning & v6 Transition.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "ipv6; internet; ipv4; cybersecurity; high performance research networking; networking; science; science applications", "comments": "DREN Netowrking and Security Conference 2011.", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-09-20-2011-001-01", "year": "2011", "pp_date": "9/20/2011", "title": "IPv6 perfSONAR Support in JET", "author": "Joe Metzger; Michael Sinatra", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2/2a/JET-pS-IPv6-V2.pdf", "media_type": "pdf", "description": "ESnet is the Department of Energy's dedicated science network, helping researchers meet their goals from experiment to discovery. perfSONAR is a network measurement toolkit designed to provide federated coverage of paths, and help to establish end-to-end usage expectations. There are 1000s of perfSONAR instances deployed world wide, many of which are available for open testing of key measures of network performance. This global infrastructure helps to identify and isolate problems as they happen, making the role of supporting network users easier for engineering teams, and increasing productivity when utilizing network resources. Esnet; perfSONAR; IPv6; Lessons fro the deployment.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "ipv6; internet; networks; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-08-20-2011-006-01", "year": "2011", "pp_date": "9/20/2011", "title": "NASA IPv6 Deployment Status: DREN IPv6 Summit", "author": "Kevin L. Jones", "file_url": "https://www.nitrd.gov/nitrdgroups/images/9/9f/K_Jones_NASA_IPv6_Status_-_DREN_IPv6_Summit.pdf", "media_type": "pdf", "description": "Presentation given by Kevin L. Jones at JET monthly meeing, 9/20/2011. Presentation outline: \"NASA IPv6 Deployment Status.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "ipv6; networks; management; security; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-09-20-2011-009-01", "year": "2011", "pp_date": "9/20/2011", "title": "DoD Internet Protocol Version 6 (IPv6) Implementation Overview", "author": "Kris Strance", "file_url": "https://www.nitrd.gov/nitrdgroups/images/a/a4/R_Broersma_DoD_IPv6_Briefing_for_DREN.pdf", "media_type": "pdf", "description": "Presentation given by Kris Strance at JET monthly meeing, 9/20/2011. Presentation outline: \"IPv6 Implementation Guidance; DoD NIPRNet IPv6 Transition; SIPRNet IPv6 Transition; IC and DoD Enterprise IPv6 IA Guidance; OMB IPv6 FY 12/14 Guidance\".\n", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "ipv6; internet; networks; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-09-20-2011-007-01", "year": "2011", "pp_date": "9/20/2011", "title": "The path to IPv6", "author": "Marcus Hines", "file_url": "https://www.nitrd.gov/nitrdgroups/images/c/c3/M_Hines_The_path_to_IPv6_DREN_conference.pdf", "media_type": "pdf", "description": "Presentation outline: \"IPv4; IPv6; Google: case study.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "ipv6; ipv4; internet; networks; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-09-20-2011-008-01", "year": "2011", "pp_date": "9/20/2011", "title": "The IPv6 World View - A global view of IPv6 commercial readiness", "author": "Martin J. Levy", "file_url": "https://www.nitrd.gov/nitrdgroups/images/3/36/M_Levy_Hurricane_Electric_-_The_IPv6_World_View.pdf", "media_type": "pdf", "description": "Presentation outline: \"IPv6 Global Connectivity; Hurricane Electric.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "ipv6; connectivity; networks; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-09-20-2011-010-01", "year": "2011", "pp_date": "9/20/2011", "title": "IPv6 at SPAWAR Implementation on RDT&E Net", "author": "R. Broersma", "file_url": "https://www.nitrd.gov/nitrdgroups/images/a/aa/R_Broersma_SPAWAR_IPv6.pdf", "media_type": "pdf", "description": "The Space and Naval Warfare Systems Command (SPAWAR), based in San Diego, is an Echelon II organization within the United States Navy and is the Navy's technical authority and acquisition command for C4ISR (Command, Control, Communications, Computers, Intelligence, Surveillance and Reconnaissance), business information technology and space systems. Echelon II means that the organization is one of the Navy's principal commands directly under the Chief of Naval Operations, which is the Navy's only echelon I command. SPAWAR reports to the Assistant Secretary of the Navy (RDA). IPv6 at SPAWAR Implementation on RDT&E Net.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "ipv6; connectivity; networks; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-09-20-2011-014-01", "year": "2011", "pp_date": "9/20/2011", "title": "IPv6 Security DREN Networking and Security Conference 2011", "author": "Scott Hogg", "file_url": "https://www.nitrd.gov/nitrdgroups/images/6/60/S_Hogg_IPv6_Security.pdf", "media_type": "pdf", "description": "Presentation outline: \"IPv6 Security; IPv6 Privacy Addressing; LAN Threats; Methods of Preventing Rogue Ras; Layer-3/4 Spoofing; Transition Mechanism Threats; Threats Against Translation; IPv6 Firewalls; IPv6 Intrusion Prevention; IPv6 Security Policies.\"\n\n", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "ipv6; connectivity; networks; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-09-20-2011-013-01", "year": "2011", "pp_date": "9/20/2011", "title": "Deploying IPv6 in Microsoft Networks", "author": "Sean Siler", "file_url": "https://www.nitrd.gov/nitrdgroups/images/5/59/S_Siler_IPv6_in_Microsoft_Networks.pdf", "media_type": "pdf", "description": "Presentation outline: \"Deploying IPv6 in Microsoft Networks; Guideline for the Secure Deployment of IPv6; What does IPv6 compatible mean? Microsoft Products That Support IPv6; Best Practices.\"\n", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "ipv6; connectivity; networks; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-09-20-2011-011-01", "year": "2011", "pp_date": "9/20/2011", "title": "Federal IPv6 Panel: Deployment Activities, Success Stories, and World IPv6 Day Experiences", "author": "Steve Pirzchalski", "file_url": "https://www.nitrd.gov/nitrdgroups/images/4/4a/S_Pirzchalski_DREN_Panel_Opening.pdf", "media_type": "pdf", "description": "Presentation outline: \"Deployment Activities, Success Stories, and World IPv6 Day Experiences.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "ipv6; connectivity; networks; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-09-20-2011-012-01", "year": "2011", "pp_date": "9/20/2011", "title": "2011 DREN Conference: Department of Veterans Affairs IPv6 Transition Progress", "author": "Steve Pirzchalski", "file_url": "https://www.nitrd.gov/nitrdgroups/images/8/82/S_Pirzchalski_VA_DREN_Conference.pdf", "media_type": "pdf", "description": "Department of Veterans Affairs IPv6 Transition Progress.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "ipv6; connectivity; networks; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-09-20-2011-003-01", "year": "2011", "pp_date": "9/20/2011", "title": "Expediting access to v6 services: getting web content available over ipv6 quickly and at low cost", "author": "Tim LeMaster", "file_url": "https://www.nitrd.gov/nitrdgroups/images/5/57/Expediting_v6_service_dren.pdf", "media_type": "pdf", "description": "Presentation outline: \"Expediting access to v6 services: getting web content available over ipv6 quickly and at low cost.\"\n", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "ipv6; connectivity; networks; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-09-20-2011-005-01", "year": "2011", "pp_date": "9/20/2011", "title": "Juniper Networks and IPv6", "author": "Tim LeMaster", "file_url": "https://www.nitrd.gov/nitrdgroups/images/3/34/Juniper_IPv6_Update_lemaster.pdf", "media_type": "pdf", "description": "Presentation outline: \"Juniper USGv6 Router and Switch Status; USGv6 Firewall Status; NSA IPv6 Testing of ScreenOS Firewalls. Juniper Networks, Inc. is an American multinational corporation headquartered in Sunnyvale, California that develops and markets networking products. Its products include routers, switches, network management software, network security products and software-defined networking technology.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "ipv6; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-09-20-2011-016-01", "year": "2011", "pp_date": "9/20/2011", "title": "IPv6 Update for DREN", "author": "Tim Quinn", "file_url": "https://www.nitrd.gov/nitrdgroups/images/d/de/T_Quinn_Panel_ipv6.pdf", "media_type": "pdf", "description": "IPv6 Update for DREN; U.S. Department of the Interior; Acquisition, Challenges. The DREN is the United States Department of Defense's research and engineering computer network. The DREN is a high-speed, high-capacity, low-latency nationwide computer network for computational scientific research, engineering, and testing in support of the DoD's Science and Technology and Test and Evaluation communities. The DREN connects scientists and engineers at the HPCMP's geographically dispersed high performance computing (HPC) user sites.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "ipv6; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-09-07-2011-0001-01", "year": "2011", "pp_date": "9/7/2011", "title": "Clouds in Bioinformatics", "author": "Rob Knight", "file_url": "https://www.nitrd.gov/nitrdgroups/images/3/3e/MAGIC_panel_sep_7_knight-1.pdf", "media_type": "pdf", "description": "New instruments in bioinformatics collect vast datasets. Investigators are interested in time-to-result. Demand is highly elastic. Workflow services (Galaxy, CIPRES, QIIME) deployed to the cloud enable rapid processing of sequence data for genome assembly and microbial community analysis. Cloud-enabled GUIs are also enabling biologists to run analyses themselves using vast computational resources. Infrastructure Clouds (ICs) allow large resources (e.g. EC2, Amazon cloud) to be used on-demand at small cost relative to buying a resource to handle peak loads. Hardware support and systems administration is greatly reduced. Third parties, outside the project, using software can readily pay for those resources instead of drawing from project resources. Machine images can easily be used by end-users with no previous cloud experience. It is difficult to get large data sets into the ICs. Currently mail drives are used. Larger network access is needed. EC2 has had random node and network failures requiring modifications of codes to effectively run applications... Existing clouds are suited only to a subset of bioinformatics tasks. Higher-memory configurations with more storage are needed. EC2 and Magellan are vastly easier to use than native installations with arbitrarily configured clusters. ICs are easier to use than TeraGrid.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cloud computing; bioinformatics; cloud; computation; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-09-07-2011-0002-01", "year": "2011", "pp_date": "9/7/2011", "title": "Distributed clouds for particle physics and astronomy research computing", "author": "Randall Sobie; Ian Gable", "file_url": "https://www.nitrd.gov/nitrdgroups/images/1/19/MAGIC_infrastructure_cloud_panel_sobie.pdf", "media_type": "pdf", "description": "ICs are used in support of BaBar, Atlas Tier 3 computations, and CANFAR (Astronomical application). Virtual Machines (VMs) and clouds provide users with baseVMs to customize and store in image repositories. Access is provided to multiple computing centers configured as clouds. They seek to use these clouds as a single resource for batch jobs. Sysadmins do not have to be application specialists. X509 certificates are used for authentication. Users build their code within an application specific VM and submit to a batch system. The system boots the user-customized application on one of the clouds and retrieves data from a local or remote source. These capabilities have been used for 1 year with tens of thousands of VMs booted and jobs processed. EC2 and Nimbus clouds are being used. The main challenges are security and authentication and data I/O.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cloud computing; particle physics; astronomy; research; data; distributed computing; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-09-07-2011-0003-01", "year": "2011", "pp_date": "9/7/2011", "title": "Infrastructure Clouds", "author": "Chris Hill", "file_url": "https://www.nitrd.gov/nitrdgroups/images/c/c7/Infrastructure_clouds_magic_web_meet_hill.pdf", "media_type": "pdf", "description": "ICs are being used to investigate the feasibility of running coupled AtmosphereOcean climate models on Amazon's EC2. Field experiments require ensembles of models run in real-time for a period of a few weeks per year. This bursty demand makes it more cost-effective to use cloud resources on-demand. The CCA model is a complex coupled model with MPI but modest scale of 10-100 cores. EC2 provides a system-in-abox for non-experts to use resources as needed. This system is also useful for supporting teaching demonstrations. This application provides a simple interface between hardware and packager with a lot of flexibility. A VM can be provided for each simulation configuration customized to the need. The performance is not as good as an HPC cluster. Persistent storage is particularly pricey. There is no standardized high-level interface for subscribing and launching an application... it works best for providing non-expert users access to research tools. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cloud computing; infrastructure; cloud; computation; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-09-07-2011-0004-01", "year": "2011", "pp_date": "9/7/2011", "title": "STAR experiment & Cloud computing", "author": "Jerome Lauret", "file_url": "https://www.nitrd.gov/nitrdgroups/images/d/d8/MAGIC-Wrk-STAR-2011.pdf", "media_type": "pdf", "description": "The STAR Experiment is using many models and approaches including EC2, Nimbus, Condor outside, Condor inside, Virtual Organization Cluster, PBS, Kestrel, and IM mechanisms to control jobs. They also used the Magellan infrastructure at both NERSC and ANL. These resources were used to run Monte-Carlo simulations, running complex simulations spanning years long simulations compressed to human time scales for results delivery. They plan to use ICs for easy software provisioning at remote sites and for long-term software preservation. Clouds provide rapid virtualization environments, providing a way to \"can\" software in a consistent and self-contained environment... They provide large savings of workforce. They enable long-term software preservation. Clouds work at scale. Issues encountered include the lack or expense of storage solutions on commercial clouds. Operational support is sometimes problematic (who do you call?). Handling VM images is not always easy; stability in VM formats would be helpful. Interoperability and portability between cloud environments is needed. Consistent Global job monitoring and AA mechanisms are needed. IC clouds provide true elasticity. They enable long-term software preservation. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cloud computing; grid; infrastructure; middleware; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-09-07-2011-0005-01", "year": "2011", "pp_date": "9/7/2011", "title": "Discussion of Infrastructure Clouds: A NERSC Magellan Perspective", "author": "Lavanya Ramakrishnan", "file_url": "https://www.nitrd.gov/nitrdgroups/images/6/6e/MAGIC-Ramakrishnan.pdf", "media_type": "pdf", "description": "The Magellan Cloud infrastructure has a broad set of users. Magellan provides a wide range of resources and capabilities to users. Important capabilities for users included: - Access to resources - The ability to share setup of software and experiments with collaborators - Ability to control software environments - Easier to acquire and operate than a local cluster - Use of clouds to host science gateways and to access cloud resources - Many other capabilities Challenges of using ICs include: - Performance, scalability, reliability - Security, allocation, and accounting - Application design and development ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cloud computing; cloud; infrastructure; high performance computing; networks; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-09-07-2011-0006-01", "year": "2011", "pp_date": "9/7/2011", "title": "Infrastructure clouds, microbial genomics, and the Cloud Virtual Resource project (CloVR)", "author": "Sam Angiuoli", "file_url": "https://www.nitrd.gov/nitrdgroups/images/f/f4/MAGIC_sept7_clovr-sangiuoli.pdf", "media_type": "pdf", "description": "The microbial genomics community has developed a range of small to medium sized databases that are being shared in the community. CloVR integrates analysis software and automated pipelines into a portable VM that is run on local PCs and can access the cloud seamlessly on demand. EC2 has been used because it is reliable, flexible and enables root access and on-demand use. The community has developed higher throughput, improved control and the resources are easy to use (CloVR is prebuilt and local clusters do not have to be managed by using cloud resources). Challenges to using cloud resources include poor reliability, poor availability (outside commercial resources), limited portability, need for authentication and authorization and big data needs increased throughput. Discussion among the MAGIC members identified that there is a strong need for: - The ability to port into the cloud, and to use, large data sets of 1-10 TB - User interfaces that flexibly and simply accommodate to user requirements over a wide range of requirements - Security, authentication, authorization - Portability, interoperability among providers - Balancing VM management and deployment time and efficiency", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cloud computing; genomics; infrastructure; data; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-08-03-2011-0001-01", "year": "2011", "pp_date": "8/3/2011", "title": "Updates on Internet Identity", "author": "Ken Klingenstein", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2/2f/Magic-kjk-aug.pdf", "media_type": "pdf", "description": "Internet identity has become pervasive in two flavors: - A rapidly growing and maturing federated identity infrastructure used extensively in the R&E sector globally - Theoretically interoperable social identity providers serving large masses of social and low-risk applications Federated uses vary significantly by country and sector (medical, real estate are building corporate federated identities) Social identities have been used beginning in 2007. A small number of major players share a set of non-interoperable deployments of weak protocols. A move is being made to convergence around OpenID-Connect. An integration of federated and social approaches is emerging including Social2SAML gateways. The national Secure Transactions in Cyberspace (NSTIC) is a White House initiative on citizen-government security/privacy. See: www.nstic/gov/nstic. It works well with SAML and R&E federations. Federated identity is stall a work-in-progress. Major issues remaining include non-Web applications, interfederation and developing an attribute ecosystem. InCommon is a federation of 250+ universities, 450+ participants of over 10 million users that is growing rapidly. Certificate services bind InCommon trust policies to new applications. Important new InCommon services include: Research.gov, electronic grants administration from NIH, Cllogon, IEEE, Educause, NBCLearn, University Tickets, and many others. New developments for InCommon include: - Growth and managing service - Silver and higher levels of assurance/service - uApprove end user control of attribute management - Social2SAML coordination - Personal certificates", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "internet identity; infrastructure; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-08-03-2011-0002-01", "year": "2011", "pp_date": "8/3/2011", "title": "Identity Ecosystem for Scientific Collaboration", "author": "Michael Helm", "file_url": "https://www.nitrd.gov/nitrdgroups/images/1/1c/IESC.pdf", "media_type": "pdf", "description": "Presentation outline: \"What should OSG, ESnet (and other partners) do to make identity and related protocols work in scientific research partnerships? Where is research \"culture\" going? Where is technology and commercial IT headed? What about PKI?\" ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "internet identity; ecosystem; authorization; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-07-18-2011-001-01", "year": "2011", "pp_date": "7/18/2011", "title": "Presentations from the NITRD Workshop on Tailored Trustworthy Spaces: Solutions for the Smart Grid", "author": "Workshop participants", "file_url": "https://www.nitrd.gov/documents/cybersecurity/documents/NITRD_TTS_Workshop_JUL2011.pdf", "media_type": "pdf", "description": "Presentations from the NITRD workshop on \"Tailored Trustworthy Spaces: Solutions for the Smart Grid”. The workshop was conceived by the Federal government to probe deeper into how Tailored Trustworthy Spaces, a strategic Federal cybersecurity research theme, could provide a framework for addressing cybersecurity challenges in the Smart Grid. Approximately fifty researchers from the power sector, academia, and the government met for three days and discussed critical concepts and challenges.", "metadata_created": "10/18/2017", "metadata_modified": "10/18/2017", "topic": "cybersecurity; smart grid", "comments": "The \"Tailored Trustworthy Spaces: Solutions for the Smart Grid\" workshop was organized by the NITRD Program with support from the National Institute of Standards and Technology (NIST) and the Office of Electricity Delivery & Energy Reliability of the Department of Energy (DOE/OE). The workshop took place July 18-20, 2011 in Arlington, Virginia. ", "presented_at": "CSIA", "key_words": "" }, { "presentation_id": "PID-07-18-2011-0001-01", "year": "2011", "pp_date": "7/18/2011", "title": "Networking and IT R&D (NITRD) Program", "author": "Tomas Vagoun", "file_url": "https://www.nitrd.gov/documents/cybersecurity/tts2011/01_NITRD_TTSW_Intro.pdf", "media_type": "pdf", "description": "Presentation given by Tomas Vagoun at \"Tailored Trustworthy Spaces: Solutions for the Smart Grid Workshop\", July 18-20, 2011. . Presentation outline: \"Networking and IT R&D (NITRD) Program; NITRD Structure for Cybersecurity R&D Coordination; Coordinated Effort on Game-Changers.\" ", "metadata_created": "2/12/2018", "metadata_modified": "2/12/2018", "topic": "cybersecurity; security; smart grid; data; information; research; systems; trust", "comments": "The \"Tailored Trustworthy Spaces: Solutions for the Smart Grid\" workshop was organized by the NITRD Program with support from the National Institute of Standards and Technology (NIST) and the Office of Electricity Delivery & Energy Reliability of the Department of Energy (DOE/OE). The workshop took place July 18-20, 2011 in Arlington, Virginia. ", "presented_at": "CSIA", "key_words": "" }, { "presentation_id": "PID-07-18-2011-0002-01", "year": "2011", "pp_date": "7/18/2011", "title": "Federal Cybersecurity Research and Development Program: Strategic Plan", "author": "Tomas Vagoun; Donna Dodson", "file_url": "https://www.nitrd.gov/documents/cybersecurity/tts2011/02_NITRD_TTSW_Federal_Cybersecurity_RD.pdf", "media_type": "pdf", "description": "Presentation given by Tomas Vagoun at \"Tailored Trustworthy Spaces: Solutions for the Smart Grid Workshop\", July 18-20, 2011. Presentation outline: \"Federal Cybersecurity Research and Development Program: Strategic Plan; Federal Cybersecurity R&D Strategic Thrusts; R&D Coordination Through Themes; Research Themes; Tailored Trustworthy Spaces; TTS Paradigm; Moving Target; Moving Target Paradigm; Cyber Economics & Incentives; CEI Paradigm; Designed-in Security; Designed-in Security Paradigm; Example NIST programs; Federal Cybersecurity R&D Strategic Thrusts ; Science of Cyber Security; Security Science ; Science of Cyber Security Questions ; Some Potential Science of Security Research Topics ; Transition to Practice ; Support for National Priorities.\" ", "metadata_created": "2/12/2018", "metadata_modified": "2/12/2018", "topic": "cybersecurity; security; smart grid; data; information; research; systems; trust", "comments": "The \"Tailored Trustworthy Spaces: Solutions for the Smart Grid\" workshop was organized by the NITRD Program with support from the National Institute of Standards and Technology (NIST) and the Office of Electricity Delivery & Energy Reliability of the Department of Energy (DOE/OE). The workshop took place July 18-20, 2011 in Arlington, Virginia. ", "presented_at": "CSIA", "key_words": "" }, { "presentation_id": "PID-07-18-2011-0003-01", "year": "2011", "pp_date": "7/18/2011", "title": "NITRD Tailored Trustworthy Spaces Workshop: U.S. Department of Energy", "author": "Hank Kenchington", "file_url": "https://www.nitrd.gov/documents/cybersecurity/tts2011/03_NITRD_TTSW_DOE.pdf", "media_type": "pdf", "description": "Presentation given by Hank Kenchington at \"Tailored Trustworthy Spaces: Solutions for the Smart Grid Workshop\", July 18-20, 2011. Presentation outline: \"Grid Modernization – national priority; Roadmap – Energy Sector Framework for Public-Private Collaboration; Public-Private Working Group Oversees Roadmap Implementation; Tangible progress has been made to mitigate cyber risks in energy sector since 2006; 2011 Roadmap – updated to reflect changing threat and technological landscape; DOE Strategic Approach to Energy Sector Cybersecurity; DOE R&D and Outreach – a portfolio approach to developing and deploying solutions; +$9 billion in public/private investments in Smart Grid technologies now being deployed; Grid modernization requires seamless, secure communications across multiple interconnected domains and platforms; NITRD cybersecurity strategies support Energy Roadmap goals ; Many Energy Roadmap needs support NITRD “game changing” strategies; Several DOE efforts utilize Tailored Trustworthy Spaces concepts.\" ", "metadata_created": "2/12/2018", "metadata_modified": "2/12/2018", "topic": "cybersecurity; security; smart grid; data; information; research; systems; trust", "comments": "The \"Tailored Trustworthy Spaces: Solutions for the Smart Grid\" workshop was organized by the NITRD Program with support from the National Institute of Standards and Technology (NIST) and the Office of Electricity Delivery & Energy Reliability of the Department of Energy (DOE/OE). The workshop took place July 18-20, 2011 in Arlington, Virginia. ", "presented_at": "CSIA", "key_words": "" }, { "presentation_id": "PID-07-18-2011-0004-01", "year": "2011", "pp_date": "7/18/2011", "title": "Tailored Trustworthy Spaces: The Right Security for the Job", "author": "Patricia Muoio", "file_url": "https://www.nitrd.gov/documents/cybersecurity/tts2011/04_NITRD_TTSW_TTS_Review.pdf", "media_type": "pdf", "description": "Presentation given at \"Tailored Trustworthy Spaces: Solutions for the Smart Grid Workshop\", July 18-20, 2011. . Presentation outline: \"What is a Tailored Trustworthy Space?; New Paradigm; Enabling Informed Trust Decisions; Key Concept; Challenge: Identifying dimensions of a tailored trustworthy space; Challenge: Policy Specification and Management; Challenge: Assuring Correct Operation; What’s New? Which technology areas matter? What is the state of the art?\" ", "metadata_created": "2/12/2018", "metadata_modified": "2/12/2018", "topic": "cybersecurity; security; smart grid; data; information; research; systems; trust", "comments": "The \"Tailored Trustworthy Spaces: Solutions for the Smart Grid\" workshop was organized by the NITRD Program with support from the National Institute of Standards and Technology (NIST) and the Office of Electricity Delivery & Energy Reliability of the Department of Energy (DOE/OE). The workshop took place July 18-20, 2011 in Arlington, Virginia. ", "presented_at": "CSIA", "key_words": "" }, { "presentation_id": "PID-07-18-2011-0005-01", "year": "2011", "pp_date": "7/18/2011", "title": "NIST and the Cyber Security Working Group", "author": "Marianne Swanson", "file_url": "https://www.nitrd.gov/documents/cybersecurity/tts2011/05_NITRD_TTSW_NIST_CSWG.pdf", "media_type": "pdf", "description": "Presentation given by Marianne Swanson at \"Tailored Trustworthy Spaces: Solutions for the Smart Grid Workshop\", July 18-20, 2011. Presentation outline: \"Energy Independence and Security Act ; Cyber Security Working Group (CSWG); CWSG Active Sub-groups and Leads; Guidelines for Smart Grid Cyber Security; Recent Accomplishments; Continuing Work; Cyber-Physical Attacks – Collaboration.\" ", "metadata_created": "2/12/2018", "metadata_modified": "2/12/2018", "topic": "cybersecurity; security; smart grid; data; information; research; systems; trust", "comments": "The \"Tailored Trustworthy Spaces: Solutions for the Smart Grid\" workshop was organized by the NITRD Program with support from the National Institute of Standards and Technology (NIST) and the Office of Electricity Delivery & Energy Reliability of the Department of Energy (DOE/OE). The workshop took place July 18-20, 2011 in Arlington, Virginia. ", "presented_at": "CSIA", "key_words": "" }, { "presentation_id": "PID-07-18-2011-0006-01", "year": "2011", "pp_date": "7/18/2011", "title": "Working to Achieve Cybersecurity in the Energy Sector", "author": "Carol Hawk", "file_url": "https://www.nitrd.gov/documents/cybersecurity/tts2011/06_NITRD_TTSW_CEDS.pdf", "media_type": "pdf", "description": "Presentation given by Carol Hawk at \"Tailored Trustworthy Spaces: Solutions for the Smart Grid Workshop\", July 18-20, 2011. Presentation outline: \"Energy Sector Cybersecurity Challenges; Business/IT Cybersecurity Solutions Can Break Energy Delivery Control Systems; Roadmap - Framework for Public-Private Collaboration; DOE activities align with 2011 Roadmap; Cybersecurity for Energy Delivery Systems (CEDS) Program—5 Key Areas; DOE National SCADA Test Bed (NSTB); DOE National SCADA Test Bed (NSTB) System Vulnerability Assessments - SCADA/EMS ; CEDS - Industry Accomplishments; CEDS - Academia Accomplishments; Generic SCADA Architecture; Industry-Led Projects; National Laboratory-Led Projects; ASAP-SG Advanced Security Acceleration Project - Smart Grid; Cybersecurity - Critical to Smart Grid Success.\" ", "metadata_created": "2/12/2018", "metadata_modified": "2/12/2018", "topic": "cybersecurity; security; smart grid; data; information; research; systems; trust", "comments": "The \"Tailored Trustworthy Spaces: Solutions for the Smart Grid\" workshop was organized by the NITRD Program with support from the National Institute of Standards and Technology (NIST) and the Office of Electricity Delivery & Energy Reliability of the Department of Energy (DOE/OE). The workshop took place July 18-20, 2011 in Arlington, Virginia. ", "presented_at": "CSIA", "key_words": "" }, { "presentation_id": "PID-07-18-2011-0007-01", "year": "2011", "pp_date": "7/18/2011", "title": "Conceptual Security Architecture", "author": "Sandy Bacik", "file_url": "https://www.nitrd.gov/documents/cybersecurity/tts2011/07_NITRD_TTSW_Conceptual_Security_Architecture.pdf", "media_type": "pdf", "description": "Presentation given by Sandy Bacik at \"Tailored Trustworthy Spaces: Solutions for the Smart Grid Workshop\", July 18-20, 2011. Presentation outline: \"Architecture as usually practiced; Simple Building Architecture Example; Smart Grid Domains; To Ensure Traceability; Multi-layering Of Security; Security Tools – More Than Just A Firewall; Cyber Security Requirements – High Level; Security Multi-tiered Architecture; Prevention Services; Containment Services; Detection & Notification Services; Recovery & Restoration Services; Event Collection & Tracking Services; Assurance Services; Sabsa Framework; Basic Cybersecurity Objectives; Created An Initial Business Attribute List; Defense Strategy Of Security Services; Cannot Go All The Way To Specific Implementations.\" ", "metadata_created": "2/12/2018", "metadata_modified": "2/12/2018", "topic": "cybersecurity; security; smart grid; data; information; research; systems; trust", "comments": "The \"Tailored Trustworthy Spaces: Solutions for the Smart Grid\" workshop was organized by the NITRD Program with support from the National Institute of Standards and Technology (NIST) and the Office of Electricity Delivery & Energy Reliability of the Department of Energy (DOE/OE). The workshop took place July 18-20, 2011 in Arlington, Virginia. ", "presented_at": "CSIA", "key_words": "" }, { "presentation_id": "PID-07-18-2011-0008-01", "year": "", "pp_date": "7/18/2011", "title": "Transmission", "author": "Tim Yardley", "file_url": "https://www.nitrd.gov/documents/cybersecurity/tts2011/08_NITRD_TTSW_Transmission_Operations_Usecase.pdf", "media_type": "pdf", "description": "Presentation given by Tim Yardley at \"Tailored Trustworthy Spaces: Solutions for the Smart Grid Workshop\", July 18-20, 2011. Presentation outline: \"Setting The Stage; Use case 1: Real-Time Normal Transmission Operations Using Energy Management System (EMS) Applications and SCADA Data (NISTIR-7628, pg. 129); Use case 2: Real-Time Emergency Transmission Operations (NISTIR-7628, pg. 131).\" ", "metadata_created": "2/12/2018", "metadata_modified": "2/12/2018", "topic": "cybersecurity; security; smart grid; data; information; research; systems; trust", "comments": "The \"Tailored Trustworthy Spaces: Solutions for the Smart Grid\" workshop was organized by the NITRD Program with support from the National Institute of Standards and Technology (NIST) and the Office of Electricity Delivery & Energy Reliability of the Department of Energy (DOE/OE). The workshop took place July 18-20, 2011 in Arlington, Virginia. ", "presented_at": "CSIA", "key_words": "" }, { "presentation_id": "PID-07-18-2011-0009-01", "year": "2011", "pp_date": "7/18/2011", "title": "Virtual Power Plant of Distributed Energy Resources (DER) Systems Used for Distribution System Volt/Var Management", "author": "Frances Cleveland", "file_url": "https://www.nitrd.gov/documents/cybersecurity/tts2011/09_NITRD_TTSW_Virtual_Power_Plant.pdf", "media_type": "pdf", "description": "Presentation given by Frances Cleveland at \"Tailored Trustworthy Spaces: Solutions for the Smart Grid Workshop\", July 18-20, 2011. Presentation outline: \"DER Stakeholders / Actors; NISTIR 7628 “Spaghetti” Diagram; Policies, procedures, and technologies; NISTIR 7628 Interface Categories to Identify Security Catalog Requirements; Use Case: Narrative; Virtual Power Plant 3-Lever Configuration; Scenario; Use Case Steps (1-8).\" ", "metadata_created": "2/12/2018", "metadata_modified": "2/12/2018", "topic": "cybersecurity; security; smart grid; data; information; research; systems; trust", "comments": "The \"Tailored Trustworthy Spaces: Solutions for the Smart Grid\" workshop was organized by the NITRD Program with support from the National Institute of Standards and Technology (NIST) and the Office of Electricity Delivery & Energy Reliability of the Department of Energy (DOE/OE). The workshop took place July 18-20, 2011 in Arlington, Virginia. ", "presented_at": "CSIA", "key_words": "" }, { "presentation_id": "PID-07-18-2011-0010-01", "year": "2011", "pp_date": "7/18/2011", "title": "Use Case to Control Process", "author": "Sandy Bacik", "file_url": "https://www.nitrd.gov/documents/cybersecurity/tts2011/10_NITRD_TTSW_Use_Case_to_Control_Process.pdf", "media_type": "pdf", "description": "Presentation given by Sandy Bacik at \"Tailored Trustworthy Spaces: Solutions for the Smart Grid Workshop\", July 18-20, 2011. Presentation outline: \"Use Case to Control Process; Basic Steps; Process Notes: Scope, Logical Architecture, Security Constraints, Security Controls; Document Essentials; Use case 1 - Customer’s In Home Device is Provisioned to Communicate With the Utility; Use case 2 - Remote Connect/Disconnect of Meter .\" ", "metadata_created": "2/12/2018", "metadata_modified": "2/12/2018", "topic": "cybersecurity; security; smart grid; data; information; research; systems; trust", "comments": "The \"Tailored Trustworthy Spaces: Solutions for the Smart Grid\" workshop was organized by the NITRD Program with support from the National Institute of Standards and Technology (NIST) and the Office of Electricity Delivery & Energy Reliability of the Department of Energy (DOE/OE). The workshop took place July 18-20, 2011 in Arlington, Virginia. ", "presented_at": "CSIA", "key_words": "" }, { "presentation_id": "PID-07-18-2011-0011-01", "year": "2011", "pp_date": "7/18/2011", "title": "Policy Machine: Tailoring access control policies and data services to missions", "author": "David Ferraiolo; Serban Gavrila", "file_url": "https://www.nitrd.gov/documents/cybersecurity/tts2011/11_NITRD_TTSW_Research_Policy_Machine.pdf", "media_type": "pdf", "description": "Presentation given by David Ferraiolo at \"Tailored Trustworthy Spaces: Solutions for the Smart Grid Workshop\", July 18-20, 2011. Presentation outline: \"The Policy Machine (PM); PM Data & Relations; Unification through Privileges; Some Benefits (demonstrated by prototype); Prohibitions (Denies); Computing an Access Decision; Obligations (Event-Response) ; Policies; General Architecture; Native PM advantages.\" ", "metadata_created": "2/12/2018", "metadata_modified": "2/12/2018", "topic": "cybersecurity; security; smart grid; data; information; research; systems; trust", "comments": "The \"Tailored Trustworthy Spaces: Solutions for the Smart Grid\" workshop was organized by the NITRD Program with support from the National Institute of Standards and Technology (NIST) and the Office of Electricity Delivery & Energy Reliability of the Department of Energy (DOE/OE). The workshop took place July 18-20, 2011 in Arlington, Virginia. ", "presented_at": "CSIA", "key_words": "" }, { "presentation_id": "PID-07-18-2011-0012-01", "year": "2011", "pp_date": "7/18/2011", "title": "Research Challenges in Tailored Trustworthy Spaces", "author": "Sam Weber", "file_url": "https://www.nitrd.gov/documents/cybersecurity/tts2011/12_NITRD_TTSW_Research_NSF.pdf", "media_type": "pdf", "description": "Presentation given by Sam Weber at \"Tailored Trustworthy Spaces: Solutions for the Smart Grid Workshop\", July 18-20, 2011. Presentation outline: \"What is Trustworthy Computing? Cyber-Physical Systems; Trustworthy Cyber Infrastructure for the Power Grid; Tailored Trustworthy Spaces; Metrics? Stuxnet; Meaning of \"Trustworthy\"? Tailored System? \"Fabric\".\" ", "metadata_created": "2/12/2018", "metadata_modified": "2/12/2018", "topic": "cybersecurity; security; smart grid; data; information; research; systems; trust", "comments": "The \"Tailored Trustworthy Spaces: Solutions for the Smart Grid\" workshop was organized by the NITRD Program with support from the National Institute of Standards and Technology (NIST) and the Office of Electricity Delivery & Energy Reliability of the Department of Energy (DOE/OE). The workshop took place July 18-20, 2011 in Arlington, Virginia. ", "presented_at": "CSIA", "key_words": "" }, { "presentation_id": "PID-07-18-2011-0013-01", "year": "2011", "pp_date": "7/18/2011", "title": "Working to Achieve Cybersecurity in the Energy Sector", "author": "Carol Hawk", "file_url": "https://www.nitrd.gov/documents/cybersecurity/tts2011/14_NITRD_TTSW_DOE_Cyber_Overview.pdf", "media_type": "pdf", "description": "Presentation given at \"Tailored Trustworthy Spaces: Solutions for the Smart Grid Workshop\", July 18-20, 2011. Presentation outline: \"Roadmap – Framework for Public-Private Collaboration; Strategic Framework; Cybersecurity for Energy Delivery Systems (CEDS) Program—5 Key Areas; DOE National SCADA Test Bed (NSTB) Program; 17 NSTB Facilities From 6 National Labs; DOE National SCADA Test Bed (NSTB) System Vulnerability Assessments - SCADA/EMS ; SUCCESS STORY: 2008 First DOE-Awarded Industry Projects; The Hallmark Project; Cyber Security Audit and Attack Detection Toolkit; LEMNOS Interoperable Security Program; The 2010 DOE Cybersecurity for Energy Delivery Systems Program Industry-Led & National Laboratory-led Projects; The DOE Cybersecurity for Energy Delivery Systems Program Industry-Led Projects; Trustworthy Cyber Infrastructure for the Power Grid; CMU-SEI 2011 Research; CEDS 2010 Research Call National Laboratory-Led Projects; LANL Quantum Communications Testing for Smart Grid Applications; ORNL Grid Security with Quantum Architectures and Resources (Grid SQuARe) ; ASAP-SG Advanced Security Acceleration Project - Smart Grid; Cybersecurity - Critical to Smart Grid Success.\" ", "metadata_created": "2/12/2018", "metadata_modified": "2/12/2018", "topic": "cybersecurity; security; smart grid; data; information; research; systems; trust", "comments": "The \"Tailored Trustworthy Spaces: Solutions for the Smart Grid\" workshop was organized by the NITRD Program with support from the National Institute of Standards and Technology (NIST) and the Office of Electricity Delivery & Energy Reliability of the Department of Energy (DOE/OE). The workshop took place July 18-20, 2011 in Arlington, Virginia. ", "presented_at": "CSIA", "key_words": "" }, { "presentation_id": "PID-07-18-2011-0014-01", "year": "2011", "pp_date": "7/18/2011", "title": "TCIPG Highlights", "author": "Bill Sanders", "file_url": "https://www.nitrd.gov/documents/cybersecurity/tts2011/15_NITRD_TTSW_TCIPG-Overview-07-20-2011.pdf", "media_type": "pdf", "description": "Presentation given by Bill Sanders at \"Tailored Trustworthy Spaces: Solutions for the Smart Grid Workshop\", July 18-20, 2011. Presentation outline: \"Smart Grid Security Efforts @ Illinois; TCIPG Vision & Research Focus; TCIPG Statistics; TCIPG External Advisory Board ; TCIPG Industry Interaction Board; TCIPG Clusters and Cross-Cutting Efforts; TCIPG Technical Clusters and Threads; Cluster: Trustworthy Cyber Infrastructure and Technologies for Wide-Area Monitoring and Control; Cluster: Trustworthy Cyber Infrastructure and Technologies for Active Demand Management; Cluster: Responding to and Managing Cyber Events; Cluster: Risk and Security Assessment; Smart Grid Testbed Facilities Overview; Smart Grid Testbed Facilities Current “State” ; Smart Grid Testbed Facilities Current Operating Model; Smart Grid Testbed Facilities Near Term Direction; Smart Grid Testbed Facilities Future Direction; TCIPG Webcasts: Technologies for a Resilient Power Grid.\" ", "metadata_created": "2/12/2018", "metadata_modified": "2/12/2018", "topic": "cybersecurity; security; smart grid; data; information; research; systems; trust", "comments": "The \"Tailored Trustworthy Spaces: Solutions for the Smart Grid\" workshop was organized by the NITRD Program with support from the National Institute of Standards and Technology (NIST) and the Office of Electricity Delivery & Energy Reliability of the Department of Energy (DOE/OE). The workshop took place July 18-20, 2011 in Arlington, Virginia. ", "presented_at": "CSIA", "key_words": "" }, { "presentation_id": "PID-07-18-2011-0015-01", "year": "2011", "pp_date": "7/18/2011", "title": "LOGIIC", "author": "Ulf Lindqvist", "file_url": "https://www.nitrd.gov/documents/cybersecurity/tts2011/16_NITRD_TTSW_LOGIIC.pdf", "media_type": "pdf", "description": "Presentation given at \"Tailored Trustworthy Spaces: Solutions for the Smart Grid Workshop\", July 18-20, 2011. Presentation outline: \"LOGIIC (Linking the Oil and Gas Industry to Improve Cybersecurity); LOGIIC: Governance, Memebrs, Projects.\" ", "metadata_created": "2/12/2018", "metadata_modified": "2/12/2018", "topic": "cybersecurity; security; smart grid; data; information; research; systems; trust", "comments": "The \"Tailored Trustworthy Spaces: Solutions for the Smart Grid\" workshop was organized by the NITRD Program with support from the National Institute of Standards and Technology (NIST) and the Office of Electricity Delivery & Energy Reliability of the Department of Energy (DOE/OE). The workshop took place July 18-20, 2011 in Arlington, Virginia. ", "presented_at": "CSIA", "key_words": "" }, { "presentation_id": "PID-07-18-2011-0016-01", "year": "2011", "pp_date": "7/18/2011", "title": "EPRI Cyber Security Projects", "author": "Galen Rasche", "file_url": "https://www.nitrd.gov/documents/cybersecurity/tts2011/17_NITRD_TTSW_EPRI_20110718.pdf", "media_type": "pdf", "description": "Presentation given by Galen Rasche at \"Tailored Trustworthy Spaces: Solutions for the Smart Grid Workshop\", July 18-20, 2011. Presentation outline: \"EPRI Cyber Security Activities Landscape; DOE National Electric Sector Cyber Security Organization (NESCO); EPRI Power Delivery and Utilization (PDU) Cyber Security and Privacy Initiative; Generation Sector Initiative Project; Nuclear Sector Initiative Project; PDU P183: Cyber Security and Privacy Program Summary Overview; P183A: Cyber Security and Privacy Technology Transfer and Industry Collaboration; P183B: Security Technology for Transmission and Distribution Systems; P183C: Security and Privacy for End Use Technology; Cryptography and Key Management; Technology for End-User Privacy.\" ", "metadata_created": "2/12/2018", "metadata_modified": "2/12/2018", "topic": "cybersecurity; security; smart grid; data; information; research; systems; trust", "comments": "The \"Tailored Trustworthy Spaces: Solutions for the Smart Grid\" workshop was organized by the NITRD Program with support from the National Institute of Standards and Technology (NIST) and the Office of Electricity Delivery & Energy Reliability of the Department of Energy (DOE/OE). The workshop took place July 18-20, 2011 in Arlington, Virginia. ", "presented_at": "CSIA", "key_words": "" }, { "presentation_id": "PID-07-11-2011-001-01", "year": "2011", "pp_date": "7/11/2011", "title": "ARIN Update", "author": "Mark Kosters", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2/22/ARIN_slides20110712-JET.pdf", "media_type": "pdf", "description": "Presentation outline: \"The American Registry for Internet Numbers (ARIN) is the Regional Internet Registry (RIR) for Canada, the United States, and many Caribbean and North Atlantic islands. ARIN manages the distribution of Internet number resources, including IPv4 and IPv6 address space and AS numbers. \"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networks; networked systems; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-06-28-2011-001-01", "year": "2011", "pp_date": "6/28/2011", "title": "The Road to Better Data Collaboration in Geosciences: Retooling IODP's Data Framework and Services While Preserving the Art of Scientific Analysis", "author": "Jay Miller; Paul Foster; Doug Fils", "file_url": "https://www.nitrd.gov/nitrdgroups/images/b/b5/USIO_Database_Development_6_22_v2.0.pdf", "media_type": "pdf", "description": "Presentation outline: \"What is IODP? What was our data dilemma? What was our solution? What did we learn? What is our vision?\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "data; database; drilling; information management; ocean", "comments": "", "presented_at": "FASTER", "key_words": "" }, { "presentation_id": "PID-06-01-2011-0001-01", "year": "2011", "pp_date": "6/1/2011", "title": "The Road to Cloud Standards via a Reference Architecture", "author": "Robert Bohn", "file_url": "https://www.nitrd.gov/subcommittee/lsn/magic/material/The%20Road%20to%20Cloud%20Standards%20via%20a%20Reference%20Architecture.pdf", "media_type": "pdf", "description": "Cloud computing has reached a degree of technological maturity with significant economic investment. It is standards driven for data portability, service interoperability, security, and cloud-to-cloud interaction. The U.S. government needs a reference architecture as a starting point for developing standards for cloud computing services. This reference architecture should accommodate: - Service models: Software as a service, platform as a service and infrastructure as a service - Deployment models: Public, private, community, and hybrid - Essential characteristics: On demand self-service, broad network access, resource pooling, rapid elasticity, and measured service The NIST cloud computing reference architecture includes: - Cloud consumer - Cloud Provider - Cloud broker - Cloud Carrier - Cloud Auditor/independent assessor of security, privacy, and performance NIST is developing a taxonomy for cloud computing to encompass its significant concepts and to enable users to understand the context of all labels used. Examples of labels defined include cloud service provider, cloud service management, public cloud, and data portability. NIST is currently developing Version 2.0 of the NIST Cloud Computing Reference Architecture and Version 2.0 of the NIST Cloud Computing Taxonomy. The taxonomy will define security and privacy and SaaS taxonomy to reflect US government business use cases. The NIST Cloud Computing Home page is given at; http://www.nist.gov/itl/cloud", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cloud computing; standards; data; privacy; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-05-25-2011-001-01", "year": "2011", "pp_date": "5/25/2011", "title": "Federal Cybersecurity Research and Development Program: Strategic Plan", "author": "Douglas Maughan; Carl Landwehr; Brad Martin", "file_url": "https://www.nitrd.gov/documents/cybersecurity/documents/NITRD_IEEE_SSP_2011.pdf", "media_type": "pdf", "description": "Presentation given by Dr. Douglas Maughan et al. at 2011 IEEE Symposium on Security and Privacy outlining \"Federal Cybersecurity Research and Development Program: Strategic Plan\".", "metadata_created": "10/18/2017", "metadata_modified": "10/18/2017", "topic": "cybersecurity", "comments": "2011 IEEE Symposium on Security and Privacy", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-05-25-2011-0001-01", "year": "2011", "pp_date": "5/25/2011", "title": "Testimony of Cita M. Furlani to the House Subcommittee on Research and Technology", "author": "Cita M. Furlani", "file_url": "https://www.nitrd.gov/congressional/testimony/NIST_FederalCyberRD%205-25-11%20FINAL.PDF", "media_type": "pdf", "description": "Testimony of Cita M. Furlani Director Information Technology Laboratory National Institute of Standards and Technology United States Department of Commerce Joint Hearing Before the United States House of Representatives Committee on Science and Technology Subcommittee on Technology and Innovation and Subcommittee on Research and Science Education \"Protecting Information in the Digital Age: Federal Cybersecurity Research and Development Efforts”.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cybersecurity; cloud; computing; education; internet identity; infrastructure", "comments": "House Subcommittee on Research and Technology", "presented_at": "Congressional Testimony", "key_words": "" }, { "presentation_id": "PID-05-25-2011-0002-01", "year": "2011", "pp_date": "5/25/2011", "title": "Testimony of Farnam Jahanian to the House Subcommittee on Research and Technology", "author": "Farnam Jahanian", "file_url": "https://www.nitrd.gov/congressional/testimony/Jahanian-cybertestimony5.25.pdf", "media_type": "pdf", "description": "Testimony of Farnam Jahanian, Ph.D. Assistant Director Computer and Information Science and Engineering Directorate Before the Committee on Science, Space, and Technology Subcommittee on Technology and Innovation And the Subcommittee on Research and Science Education U.S. House of Representatives May 25, 2011 Protecting Information in the Digital Age: Federal Cyber Security Research & Development Efforts.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cybersecurity; computing; education; data; infrastructure", "comments": "House Subcommittee on Research and Technology", "presented_at": "Congressional Testimony", "key_words": "" }, { "presentation_id": "PID-05-25-2011-0003-01", "year": "2011", "pp_date": "5/25/2011", "title": "Testimony of George O. Strawn to the House Subcommittee on Research and Technology", "author": "George O. Strawn", "file_url": "https://www.nitrd.gov/congressional/testimony/George%20Strawn%20Testimony%20-%20May%2025%202011.pdf", "media_type": "pdf", "description": "Statement of Dr. George O. Strawn Director, National Coordination Office for Networking and Information Technology Research and Development to the Joint Meeting of the Subcommittee on Technology and Innovation and the Subcommittee on Research and Science Education of the Committee on Science, Space, and Technology U.S. House of Representatives May 25, 2011.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cybersecurity; computing; education; data; infrastructure", "comments": "House Subcommittee on Research and Technology", "presented_at": "Congressional Testimony", "key_words": "" }, { "presentation_id": "PID-05-19-2011-0001-01", "year": "2011", "pp_date": "5/19/2011", "title": "The Great Principles of Computing", "author": "Peter J. Denning", "file_url": "https://www.nitrd.gov/nitrdgroups/images/b/b9/The_Great_Principles_of_Computing-May11%2C2011.pdf", "media_type": "pdf", "description": "Presentation given by Peter J. Denning at SEW IWG monthly meeting, May 2011. Presentation abstract: \"Barely 70 years old, our computing field has matured and achieved a level of influence on par with older fields of science. Our journey has had its tribulations and triumphs and we have changed our declared self-image several times. A recent ACM symposium on the core question, \"What is computation?”, revealed that in the past two decades we have achieved a remarkable consensus on the subject of our studies and practices. Computing is no longer a study of computers, their uses and their limits; it is the study of information processes, both natural and artificial. Computing offers principles, insights, understanding, and direction in each of the seven categories computation, communication, coordination, recollection, automation, evaluation, and design. This framework will be discussed and compared with the more familiar technology-oriented frameworks of computing...\" What is computation? What contribution is our field? What is relation to other science and engineering? Take-Away Claims: 1. Computing has caused a revolution in science. 2. The great principles framework reveals timeless principles transcending technology. 3. Current issues regarding enrollments and recognition are being resolved.\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "computing; computation", "comments": "Dr. Peter J. Denning, an American computer scientist at the Naval Postgraduate School, California, presented The Great Principles of Computing on Thursday, May 19, 2011, at SEW IWG monthly meeting. ", "presented_at": "SEW", "key_words": "" }, { "presentation_id": "PID-05-17-2011-001-01", "year": "2011", "pp_date": "5/17/2011", "title": "Trusted Internet Connection (TIC) Reference Architecture v2.0 Update", "author": "Sean Donelan", "file_url": "https://www.nitrd.gov/nitrdgroups/images/b/b0/TIC_UPDATE_2011-04-13.pdf", "media_type": "pdf", "description": "DHS Federal Network Security Branch; Trusted Internet Connection (TIC); TIC Policies; Design Concepts; TIC 2.0 Functional Block Organization; Technical Clarification and Security Gaps; TIC Compliance Validation Scoring; TIC 2.0 Implementation Milestones.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "trusted internet connections; architecture; networks; data; access control; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-05-17-2011-002-01", "year": "2011", "pp_date": "5/17/2011", "title": "Magellan Status Report: A Test Bed to Explore Cloud Computing for Science ", "author": "Susan Coghlan; Shane Canon; ", "file_url": "https://www.nitrd.gov/nitrdgroups/images/f/fc/Magellan-Coghlan-Canon-20110517.pdf", "media_type": "pdf", "description": "Department of Energy, Office of Science; NERSC; Argonne; Overview of the Magellan Project; Overview of Cloud Computing; Overview of the distributed Testbed; Lines of Inquiry (early findings); Conclusions. The goal of Magellan, a project funded through the U.S. Department of Energy (DOE) Office of Advanced Scientific Computing Research (ASCR), was to investigate the potential role of cloud computing in addressing the computing needs for the DOE Office of Science (SC), particularly related to serving the needs of mid- range computing and future data-intensive computing workloads.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networks; networked systems; access control; applications; data; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-05-04-2011-0001-01", "year": "2011", "pp_date": "5/4/2011", "title": "Workshop Report: High Performance Applications of Cloud and Grid Tools", "author": "Alan F. Sill", "file_url": "https://www.nitrd.gov/subcommittee/lsn/magic/material/Workshop%20Report%20-%20High%20Perf%20CloudGrid%20Tools%202011.pdf", "media_type": "pdf", "description": "Alan Sill reported on the April 14, 2011 workshop he organized in conjunction with the Globus World 2011 and the Cloud Computing Applications Conference at Argonne National Laboratory. The workshop report was published May 4, 2011. The workshop objective was to improve on the state of use of software tools designed for access, administration, job management, input/output standardization, performance optimization of job submission and execution, and other aspects of management of high performance computing resources by multiple users through incorporation of the latest advances in cloud and grid development tools. The workshop was focused specifically on tools in use or that could be used to produce and maintain production infrastructures for large-scale projects in scientific computing. Speakers presented talks on talks spanning cloud and grid infrastructure software, security, authorization and authentication, scaling performance, on-demand networking and standards for large-scale deployment of both networking and middleware tools. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cloud computing; applications; computing; grid; open data; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-04-19-2011-003-01", "year": "2011", "pp_date": "4/19/2011", "title": "DOEs Advanced Network Initiative (ANI) Testbed Project", "author": "Brian Tierney", "file_url": "https://www.nitrd.gov/nitrdgroups/images/6/6e/ANI-testbed-Jet-April2011.pdf", "media_type": "pdf", "description": "DOE has a three year funded testbed for 100 G networking, the Advanced Networking Initiative (ANI). ANI has three phases. Phase 1 is a tabletop deployment at LBL from June 2010 to March 2011. Phase 2 deploys the testbed to the Long Island MAN when dark fiber is available (April 2011 to September 2011). Phase 3 extends the WAN when 100 Gbps is available in late 2011. ANI is intended to support end-to-end networking and middleware and applications experiments including interoperability testing of multi-vendor 100 Gbps components. Researchers have root access to all devices. Virtual machine technology will support custom experiments. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "access control; testbeds; middleware; networks; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-04-19-2011-001-01", "year": "2011", "pp_date": "4/19/2011", "title": "PerfSONAR-PS IPv6 status", "author": "Joe Metzger", "file_url": "https://www.nitrd.gov/nitrdgroups/images/8/87/2011-04-19-JET_PerfSONAR_Presentation.pdf", "media_type": "pdf", "description": "Joe Metzger reported on the status of perfSONAR testing among the Federal agency science networks. They are testing perfSONAR for IPv6 networks this year. Currently they are identifying areas where there are constraints to operating perfSONAR with IPv6. The project has characterized the development/deployment status for IPv6 of the perfSONAR tools. BWTCL and OWAMP are in production deployment. pSB MA PinGER, and SNMP MA are in development and deployment. NDT and the toolkit largely have been IPv6 developed. NPAD requires development. There have been several inquiries about participating in testing of perfSONAR over IPv6 so there should be interesting results to report eventually. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "ipv6; networks; networked systems; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-04-19-2011-002-01", "year": "2011", "pp_date": "4/19/2011", "title": "DOE & ESCC IPv6 Activities / Directions", "author": "Phil DeMar", "file_url": "https://www.nitrd.gov/nitrdgroups/images/0/07/ESCC_IPv6_Activities_4-19-2011.pdf", "media_type": "pdf", "description": "DOE appointed an IPv6 transition manager, Samara Moore. A DOE IPv6 taskforce was formed to coordinate DOE implementation of IPv6 goals, determine an implementation strategy, and develop a plan to share approaches and experiences. OMB2012 milestones include implementing public-facing services including Web servers, site email gateway, and DNS. DOE has established working sub-groups for IPv6 IT management, technology, cyber security, and outreach. DOE is planning to participate in the June 8 World IPv6 Day. DOE has an ESnet Site Coordinators Committee (ESCC) that collaborates with the Internet2 community through Joint Techs. The ESSC also provides coordination of common network tasks for IPv6. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "ipv6; internet identity; management; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-04-15-2011-001-01", "year": "2011", "pp_date": "4/15/2011", "title": "Academic Community's Views on Research Contributions to NextGen", "author": "Hamsa Balakrishnan; Eric Feron", "file_url": "https://www.nitrd.gov/nitrdgroups/images/7/7f/AcademiaAviationPresentation.pdf", "media_type": "pdf", "description": "Presentation outline: \"(A Sample of the) U.S. Academic Community's Views on Research Contributions to the Next Generation Air Transportation System (NextGen).\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "software; systems; high confidence systems; management; metrics; cyber-physical systems", "comments": "", "presented_at": "HCSS", "key_words": "" }, { "presentation_id": "PID-03-01-2011-001-01", "year": "2011", "pp_date": "3/1/2011", "title": "Critical Code: Software Producibility for Defense ", "author": "William Scherlis", "file_url": "https://www.nitrd.gov/nitrdgroups/images/6/64/CritCodev27assurHCSS.pdf", "media_type": "pdf", "description": "Summary points from the final report of the Committee on Advancing Software-Intensive Systems Producibility (ASISP).", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "software; metrics; defense; high confidence systems; cyber-physical systems", "comments": "", "presented_at": "HCSS", "key_words": "" }, { "presentation_id": "PID-02-02-2011-001-01", "year": "2011", "pp_date": "2/2/2011", "title": "Towards a Safe & Reliable Operation of Cyber Physical Systems", "author": "Ken Eizenga", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2/2b/HCSSCPSISHMBriefingChartsPAApproved.pdf", "media_type": "pdf", "description": "Presentation outline: \"Integrated System Health Management (ISHM). Adaptive Guidance & Control (AG&C). An autonomous Cyber Physical System must maintain a high level of Safety. * ISHM allows us to know the current health status of the system and predict future health status. * Subsystems can utilize ISHM data to adapt in realtime to failures and changing conditions. * Certification enables trust in safe, adaptable systems.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cyber-physical systems; high confidence systems; software; data; analysis", "comments": "", "presented_at": "HCSS", "key_words": "" }, { "presentation_id": "PID-02-02-2011-0002-01", "year": "2011", "pp_date": "2/2/2011", "title": "From a Virtualized Computing Nucleus to a Cloud Computing Universe: Data Management in the Cloud", "author": "Divy Agrawal", "file_url": "https://www.nitrd.gov/nitrdgroups/images/a/ac/Agrawal_CloudTalk2%2C11.pdf", "media_type": "pdf", "description": "Divy Agrawal of UCSB described his research in a talk on \"From a Virtualized Computing Nucleus to a Cloud Computing Universe: Data Management in the Cloud. Focus: Data Management in the Cloud We have moved toward defining concepts of cloud computing Infrastructures have moved from enterprise owned to commodity and consequently new players have emerged Now the challenge is to take existing data management components and make them cloud friendly; data bases are the bottleneck and need to be made as flexible and scalable as the infrastructure Economics of Internet users - over vs. under provisioning? There is a heavy penalty for under?provisioning Economics of cloud computing - Pay by use instead of provisioning for peak We are good at designing infrastructure that is optimized for given conditions - how do we design software to adapt to this? Grid computing is similar to cloud computing? both deal with computing as a commodity Virtualization has helped grid computing evolve into cloud computing Alan Sill - cloud computing is not a reinvention or revolution but an evolution from grid computing Cloud computing builds on what has been done in data management. We need to leverage work in that area Bob Bohn asked how elasticity is handled in the grid? A: Grid was primarily for scientific applications that worked on the \"reservation\" model. Grid didn't look at 24x7 service that would be going up and down at will. Alan Sill - tools have been invented to handle \"on?demand\" requests and vary from one organization to another. How do we bring those tools together under cloud computing? We are facing a new generation of application developers (i.e. Facebook or Animoto.com) that need to be hosted and yet can grow very quickly Can add servers, but relational databases become the new bottleneck Do away with RDBM and move to key value stores? Makes it difficult for application providers; limits applications consistency and flexibility How to build programs to manage data when web-based systems demand a different model from the relational database. Key value stores must do updates one at a time - failures can happen - use system of persistent queues that will eventually catch up Quote from James Hamilton of Microsoft: eventual consistency (as opposed to strong consistency) comes at the price of programming model complexity System Metadata must be consistent Data Fission - making RDBMS cloud friendly: metadata manager and owner transaction manager - want to be able to consolidate and transfer loads around to provide elasticity - yet minimally impacting the users and do it on the fly? main point - how to provide elasticity in the database layer to maintain speed of transactions and minimize cost Virtualized Nucleus to Cloud computing Universe is focus of current work", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cloud computing; cloud; data; database; infrastructure; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-02-02-2011-0001-01", "year": "2011", "pp_date": "2/2/2011", "title": "Review of the Existing NIST Standards Development Strategy & Roadmap Process for Cloud Computing", "author": "Alan F. Sill", "file_url": "https://www.nitrd.gov/subcommittee/lsn/magic/material/MAGIC%20NIST%20introduction%202011-02-02.pdf", "media_type": "pdf", "description": "NIST has been charged with developing a roadmap process for the US Federal approach to cloud computing. An overall roadmap will be delivered by end of this fiscal year. NIST has, to date, held two workshops in 2010 (see links below). There was some attempt to engage with non?US entities. Preference is to use international agreed upon standards. Dawn's talk (see link)explains where the charge came from. Default purchasing for Federal agencies is now based in cloud computing. Outreach to industry and standards bodies and branches of the agencies is taking place. Five working groups were established. The process is driven by existing business use cases. NIST is approaching Magic to ask for help and independent involvement by the Science agencies to describe their business use cases. There has been a decade of valuable work on grid standards; now the grid is interfacing with the cloud. Nebula, Magellen, and Nimbus projects are instantiating cloud computing. One purpose of this briefing is to draw attention to the NIST wiki and solicit support for the effort Bob Bohn indicated that Vivek asked NIST to create standards. There are 5 working groups. You can get involved at any level you want. NIST has plans for April 7?8 workshop in Gaithersburg. As a starting point NIST needs names and agencies willing to let their cloud computing projects be documented. Cloud to Grid and Grid to Cloud transmission space is the focus. Distributed computing has a large set of standards that NIST believes can be reinterpreted for the cloud environment. NIST seeks to document agency projects to help define this new environment.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cloud computing; open data; computing; distributed computing; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-01-31-2011-001-01", "year": "2011", "pp_date": "1/31/2011", "title": "Phoebus: Network Middleware for\nHigh-Performance Networking", "author": "Martin Swany", "file_url": "https://www.nitrd.gov/nitrdgroups/images/b/b6/Phoebus.pdf", "media_type": "pdf", "description": "Phoebus project; Session Layer Protocol; eXtensible Session Protocol; Deployment Status; Phoebus Authentication; Implementation Library; XIO Driver; GridFTP. The Phoebus project aims to help bridge the performance gap by bringing revolutionary networks to users Phoebus is based on the concept of a \"session\" that enables multiple adaptation points in the network to be composed Phoebus provides a gateway for legacy applications to use advanced networks Open source WAN accelerator.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networks; networked systems; data; internet; policy; science; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-01-05-2011-001-01", "year": "2011", "pp_date": "1/5/2011", "title": "Software Certification Consortium", "author": "Alan Wassyng", "file_url": "https://www.nitrd.gov/nitrdgroups/images/c/c2/SoftwrCertConsortPptJan2011.pdf", "media_type": "pdf", "description": "Software Certification Consortium (SCC): History, Funding, Members, Meetings, Objectives, Goals, Principle, Scope & Deliverables. The SCC is organized to pursue the following objectives: To promote the scientific understanding of certification for Systems containing Software (ScS) and the standards on which it is based; To promote development and improvement of consensus standards supporting certifiable software-intensive systems and their certification, through transfer of knowledge to existing standards organizations; To promote public, government and industrial understanding of the concept of ScS certification and the acceptance of the need for certification standards for software related products; To co-ordinate software certification initiatives and activities to further the above objectives.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "applications; high confidence systems; software; cyber-physical systems", "comments": "", "presented_at": "HCSS", "key_words": "" }, { "presentation_id": "PID-12-23-2010-001-01", "year": "2010", "pp_date": "12/23/2010", "title": "Innovation and U.S. based Manufacturing", "author": "Sridhar Kota", "file_url": "https://www.nitrd.gov/nitrdgroups/images/9/96/AdvManfKotaNITRDCPS.pdf", "media_type": "pdf", "description": "Innovation and US-based Manufacturing; Industrial Commons; Innovation is the Missing Middle; Global Models for Technology Innovation; OSTP-Advanced Manufacturing; Revitalizing American Manufacturing; Cyber Physical Systems; Enabling Innovation in Manufacturing; Smart Manufacturing.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cyber-physical systems; manufacturing; innovation; high confidence systems; software; computing; manufacturing; materials; modeling", "comments": "", "presented_at": "HCSS", "key_words": "" }, { "presentation_id": "PID-12-09-2010-001-01", "year": "2010", "pp_date": "12/9/2010", "title": "Federal Cyber Security\nResearch Program", "author": "Patricia Muoio; Douglas Maughan; Samuel Weber", "file_url": "https://www.nitrd.gov/documents/cybersecurity/documents/NITRDACSAC2010.pdf", "media_type": "pdf", "description": "Presentation given by Patricia Muoio et al. at Annual Computer Security Applications Conference 2010 oulining Federal Cyber Security Research Program.", "metadata_created": "10/18/2017", "metadata_modified": "10/18/2017", "topic": "cybersecurity", "comments": "Annual Computer Security Applications Conference 2010", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-11-20-2010-001-01", "year": "2010", "pp_date": "11/20/2010", "title": "Federal Cyber Security\nResearch Program", "author": "Tomas Vagoun; William Newhouse; Samuel Weber", "file_url": "https://www.nitrd.gov/documents/cybersecurity/documents/NITRDHST2010.pdf", "media_type": "pdf", "description": "Presentation given by Dr. Tomas Vagoun et al. at 2010 IEEE International Conference on Technologies for Homeland Security oulining Federal Cyber Security Research Program.", "metadata_created": "10/18/2017", "metadata_modified": "10/18/2017", "topic": "cybersecurity", "comments": "IEEE International Conference on Technologies for Homeland Security", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-10-19-2010-001-01", "year": "2010", "pp_date": "10/19/2010", "title": "The GLORIAD/Taj Federated Model of Community-focused Cyberinfrastructure: Towards Global Collaboration Infrastructure", "author": "Greg Cole", "file_url": "https://www.nitrd.gov/nitrdgroups/images/0/0f/GLORIAD_JET_20101019.pdf", "media_type": "pdf", "description": "GLORIAD; Organization and Funding Issues; Taj: NSF Grant Deliverables. The GLORIAD network connected over 15 million end-point addresses across the Research and Education Internet during its active service from 1999 - April, 2016. Supported by the US National Science Foundation (NSF) in the US and numerous national science ministries, national research and education networks, science institutions and universities, the network provided an advanced infrastructure supporting the broadest range of joint science and education projects and included partners in Russia, China, Korea, Egypt, India, Singapore, Canada, Netherlands and the five Nordic countries. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networks; networked systems; access control; cyberinfrastructure; education; management; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-10-19-2010-002-01", "year": "2010", "pp_date": "10/19/2010", "title": "PerfSONAR JET/LSN Demo", "author": "Joe Metzger", "file_url": "https://www.nitrd.gov/nitrdgroups/images/c/c3/PerfSONAR_Metzger_JET.pdf", "media_type": "pdf", "description": "PerfSONAR; Active Tests Internet2 Perspective; Active Tests NASA Perspective. perfSONAR (\"Performance focused Service Oriented Network monitoring ARchitecture\") is open source toolkit for running network tests across multiple domains, and being used extensively by the network research and education community.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networks; networked systems; internet; energy; science; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-10-06-2010-0001-01", "year": "2010", "pp_date": "10/6/2010", "title": "NEBULA: A Future Internet Architecture That Supports Trustworthy Cloud Computing", "author": "NA", "file_url": "https://www.nitrd.gov/nitrdgroups/images/5/5d/100610_NEBULA_brief.pdf", "media_type": "pdf", "description": "Nebula is an open-source cloud computing platform that was developed to provide an improved alternative to building additional expensive data centers and to provide an easier way for NASA scientists and researchers to share large, complex data sets with external partners and the public. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cloud computing; access control; distributed computing; security; policy; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-10-06-2010-0002-01", "year": "2010", "pp_date": "10/6/2010", "title": "Cyberinfrastructure Framework for 21st Century Science & Engineering (CF21)", "author": "Alan Blatecky", "file_url": "https://www.nitrd.gov/nitrdgroups/images/8/8f/CF21_10%2C2010.pdf", "media_type": "pdf", "description": "Cyberinfrastructure Framework for 21st Century Science and Engineering (CIF21) is a portfolio of activities to provide integrated cyber resources that will enable new multidisciplinary research opportunities in all science and engineering fields by leveraging ongoing investments and using common approaches and components.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cyberinfrastructure; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-09-01-2010-0001-01", "year": "2010", "pp_date": "9/1/2010", "title": "Emerging Technologies: Cloud Computing, Networking Testbeds, and More", "author": "S. J. Ben Yoo", "file_url": "https://www.nitrd.gov/nitrdgroups/images/3/37/090110_Yoo_NextGenNetworking.pdf", "media_type": "pdf", "description": "Key Points: Future Internet with: * New Architecture Exploiting Optical Parallelism, Optical Performance Monitoring, Integrated Photonics; * Energy Efficient & High-Performance: Low Latency, High Throughput, Parallel Processing; OLS Networking: * integration of Circuit, Flow, Burst, and Packet Switching; * Pipelined Processing Store-and-Forward; * Smart Edge and Fast Core; * Exploit WAVELENGTH domain, and use Wavelength-TimeSpace; Domain contention resolution: * Computing of the future; * Contention-free optical interconnection switch; * Extremely low latency and high throughput; * High Throughput and Parallel Computing. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cloud computing; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-08-17-2010-001-01", "year": "2010", "pp_date": "8/17/2010", "title": "America Connects to Europe (ACE) and TransPAC3 (TP3)", "author": "James Williams", "file_url": "https://www.nitrd.gov/nitrdgroups/images/1/17/APAN_ACE_TP3_Talk1.pdf", "media_type": "pdf", "description": "ACE and TP3 and how they fit into global cyberinfrastructure; Network based services; Stimulating research and education with better tools; Working together within IRNC and globally; Final Report 2015.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networks; networked systems; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-08-17-2010-002-01", "year": "2010", "pp_date": "8/17/2010", "title": "PerfSONAR JET/LSN Demo", "author": "Joe Metzger", "file_url": "https://www.nitrd.gov/nitrdgroups/images/4/48/20100817_Metzger_JET.pdf", "media_type": "pdf", "description": "The goal of the JET perfSONAR demonstration project was to expand our understanding of the issues involved with deploying multidomain network measurement services in US federal and research networks.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-08-04-2010-0001-01", "year": "2010", "pp_date": "8/4/2010", "title": "Shibboleth and Federation: The Second Decade", "author": "Scott Cantor", "file_url": "https://www.nitrd.gov/nitrdgroups/images/8/8a/JointTechs_Federation.pdf", "media_type": "pdf", "description": "Shibboleth was initiated in 1999; SAML 1.1 was fielded in 2001 and Shibboleth 1.3 was fielded in 2004. Shibboleth 3.0 is planned for 2011. Federated web authentication is provided by multiple standards and specifications. Federated attribute exchange is developed but implementations are less mature. Assurance is not defined for attribute exchange. Federation of non-web protocols have not converged on solution parameters or usability criteria. There are many federations throughout national RE sectors. There is a need for development of best-practices because federating applications still requires significant work by developers. In the future, consent-based federation needs to move policy, trust, and decisions to the users in order to scale federation. Acceptance of this approach is likely to vary by regulatory regime, organization and culture. Resources have a high value to the user but a low value to the organization. Non-web federation has many possible approaches, all of them with drawbacks. - Launch and coordinate with a browser (SASL, OAuth) - Pure SAML using SASL/GSS - Moonshot (http://www.project-moonshot.org/) - PAM with OTP - Use of a certificate Beta-level Shibboleth code is available to address multi-tier HTTP applications. It uses a federated version of CAS proxy tickets. A significant simplification for developers is expected in subsequent releases. Interfederation beyond national and regional boundaries is needed. Many technical issues have been solved but policy and coordination issues remain. In Clouds using Security as a Service (SaaS) you authenticate to get to your own resources. In a Federated Service you authenticate to get to someone else's resources. Industry is moving to OAuth which leaves a lot of details to be defined. Multiple national Federations depend on Shibboleth code. Governance needs to be expanded (beyond I2) to ensure long-term evolution of Shibboleth. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "authentication; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-07-13-2010-001-01", "year": "2010", "pp_date": "7/13/2010", "title": "R&E Networking in the Caribbean", "author": "Jocelyn Gerich", "file_url": "https://www.nitrd.gov/nitrdgroups/images/d/db/20100713_CaribOverview_JET.pdf", "media_type": "pdf", "description": "Caribbean knowledge and learning network project; R&E Networking in the Caribbean.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networks; networked systems; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-07-07-2010-0001-01", "year": "2010", "pp_date": "7/7/2010", "title": "Introducing CineGrid", "author": "Laurin Herr", "file_url": "https://www.nitrd.gov/nitrdgroups/images/d/dc/CineGridMAGIC_77_2010_Herr2.pdf", "media_type": "pdf", "description": "CineGrid was founded in 2004 as an international organization. Its focus is on building an interdisciplinary community to pursue research, development and demonstration of networked collaborative tools to enable the production, use, preservation, and exchange of very high-quality digital media over high-speed photonic networks. CineGrid members include media-arts schools, research universities, scientific labs, post-production facilities and hardware and software developers internationally. It uses 1 GE and 10 GE networks for research and education. Media technology has historically been driven by: - Entertainment, media, and culture - Science, medicine, education and research - Military, intelligence, security, and police Digital media serves all three communities by providing: - Fast networking for distributed applications - Access to shared devices - Massive storage and specialized computers - Collaboration tools for distributed teams - Security for intellectual property - Higher quality sound and picture - Next generation of trained professionals Many movies are going digital, either using digital cameras of by scanning a 35 mm film. Digital cinema increases picture quality from 2K digital to 4 K digital. Of the 100,000 screens worldwide, only 15% are currently digital capable but the number is increasing fast. In the U.S. 60-70% of American screens are forecast to be digital in 2013. CineGrid provides a scalable approach, supporting transmission of improved capabilities as available bandwidth is improved. At 20 Mbps to 1.5 Gbps HDTV can be transmitted. At 250 Mbps to 3 Gbps digital cinema may be transmitted. At 1-24 Gbps UHDTV can be transmitted. 4K digital denotes any new format for motion pictures with 8+ Megapixels per frame. Currently 4K is one of two new SMPTE DC-28 standard formats fo Digital Cinema Theatrical Distribution. Some 4K is Quad HDTV. Digital motion picture distribution to theaters would require 2-4 GB per digital cinema package. Web download to consumers would require 1.3 GB for features and 600 MB for TV shows. CineGrid projects have been demonstrated over the Global Lambda Integrated Facility (GLIF) backbone. A 4K pure cinema field trial was performed between Hollywood to Japan using CineGrid in 2005-2007. At GLIF 2007, CineGrid demonstrated multiple parallel signal payloads over 10 GE over a distance of 7500 Km. from Toronto to Prague. Many demonstrations of CineGrid capabilities were demonstrated in 2009-2010. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "collaboration; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-06-15-2010-001-01", "year": "2010", "pp_date": "6/15/2010", "title": "TIC from an Industry Perspective", "author": "Shawn Carroll", "file_url": "https://www.nitrd.gov/nitrdgroups/images/c/c2/TIC_From_an_Industry_Perspective.pdf", "media_type": "pdf", "description": "OMB's Trusted Internet Connections (TIC) Initiative (M-08-05); Managed Trusted Internet Protocol Service; MTIPS Security Services; Qwest. The purpose of the Trusted Internet Connections (TIC) Initiative, as outlined in OMB Memorandum M-08-05, is to optimize and standardize the security of individual external network connections currently in use by federal agencies, including connections to the Internet. The initiative will improve the federal government's security posture and incident response capability through the reduction and consolidation of external connections and provide enhanced monitoring and situational awareness of external network connections.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "trusted internet connections; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-05-19-2010-001-01", "year": "2010", "pp_date": "5/19/2010", "title": "Toward a Federal Cybersecurity Research Agenda: Three Game-changing Themes", "author": "Jeannette Wing; Carl Landwehr; Patricia Muoio; Douglas Maughan", "file_url": "https://www.nitrd.gov/documents/cybersecurity/documents/NITRDCybersecurityRDThemes20100519.pdf", "media_type": "pdf", "description": "Presentation given by Dr. Jeannette Wing et al. at 2010 IEEE Symposium on Security and Privacy oulining NITRD Cybersecurity RD Themes: Tailored trustworthy spaces - Supporting context specific trust decisions; Moving target - Providing resilience through agility; Cyber economics - Providing incentives to good security.", "metadata_created": "10/18/2017", "metadata_modified": "10/18/2017", "topic": "cybersecurity", "comments": "2010 IEEE Symposium on Security and Privacy", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-05-16-2010-0001-01", "year": "2010", "pp_date": "5/19/2010", "title": "Cyber Economic Incentives", "author": "Alessandro Acquisti", "file_url": "https://www.nitrd.gov/historical/CSThemes/CSThemes_2010_Acquisti.pdf", "media_type": "pdf", "description": "Presentation given by Alessandro Acquisti at 2010 IEEE Symposium on Security and Privacy: Cybersecurity R&D Themes Panel, May 16-19, 2010. Presentation outline: \"A problem of information, incentives and rationality; Addressing incomplete information; Addressing misaligned incentives and externalities; Addressing bounded rationality and cognitive biases.\" ", "metadata_created": "2/13/2018", "metadata_modified": "2/13/2018", "topic": "cybersecurity; privacy", "comments": "2010 IEEE Symposium on Security and Privacy: Cybersecurity R&D Themes Panel, May 16-19, 2010. \n", "presented_at": "CSIA", "key_words": "" }, { "presentation_id": "PID-05-16-2010-0002-01", "year": "2010", "pp_date": "5/19/2010", "title": "Hardware-Software Security Research Challenges\n", "author": "Ruby B. Lee", "file_url": "https://www.nitrd.gov/historical/CSThemes/CSThemes_2010_Lee.pdf", "media_type": "pdf", "description": "Presentation given by Ruby B. Lee at 2010 IEEE Symposium on Security and Privacy: Cybersecurity R&D Themes Panel, May 16-19, 2010. Presentation outline: \"A possible rationale for a few themes; Impact of Game-Change Vision on Research; Example: Current Game; Tailored Trustworthy Spaces (New Game); Some Research Questions; Feasibility example: improving Cache performance and security simultaneously; Hard Research Problems.\" ", "metadata_created": "2/13/2018", "metadata_modified": "2/13/2018", "topic": "cybersecurity; privacy", "comments": "2010 IEEE Symposium on Security and Privacy: Cybersecurity R&D Themes Panel, May 16-19, 2010. ", "presented_at": "CSIA", "key_words": "" }, { "presentation_id": "PID-05-16-2010-0003-01", "year": "2010", "pp_date": "5/19/2010", "title": "NITRD Cybersecurity R&D Kickoff Event: Industry/Academia Panel", "author": "Dimitrios Pendarakis", "file_url": "https://www.nitrd.gov/historical/CSThemes/CSThemes_2010_Pendarakis.pdf", "media_type": "pdf", "description": "Presentation given by Dimitrios Pendarakis at 2010 IEEE Symposium on Security and Privacy: Cybersecurity R&D Themes Panel, May 16-19, 2010. Presentation outline: \"What is Moving Target? State of the Art – Sample Moving Target Games; Moving Target Data Storage Chunking and Decentralization (Distributed Data Shell Game); Robust Cryptographic Authentication - Moving Target Credentials; Moving Target Networks; Moving Target Servers & Decoys; IBM Research Vision on Moving Target Defense: Hydra; Hydra Vision: Elements of a Moving Target Defense; Challenge: Building Tailored Trustworthy Spaces and Moving Target Defense Strategies in CyberPhysical Systems; Research Challenges; Creating a Sustainable Process: Research, Policy & Commercial Deployment Considerations. \" ", "metadata_created": "2/13/2018", "metadata_modified": "2/13/2018", "topic": "cybersecurity; privacy", "comments": "2010 IEEE Symposium on Security and Privacy: Cybersecurity R&D Themes Panel, May 16-19, 2010. ", "presented_at": "CSIA", "key_words": "" }, { "presentation_id": "PID-05-16-2010-0004-01", "year": "2010", "pp_date": "5/19/2010", "title": "Cybereconomics", "author": "Stefan Savage", "file_url": "https://www.nitrd.gov/historical/CSThemes/CSThemes_2010_Savage.pdf", "media_type": "pdf", "description": "Presentation given by Stefan Savage at 2010 IEEE Symposium on Security and Privacy: Cybersecurity R&D Themes Panel, May 16-19, 2010. Presentation outline: \"Security is a social science; Two sides of cybereconomics; Economics of defense; Offence via economics; Example: CAPTCHAs; Example: compromised hosts; Example: domain names; A research agenda going forward.\" ", "metadata_created": "2/13/2018", "metadata_modified": "2/13/2018", "topic": "cybersecurity; privacy", "comments": "2010 IEEE Symposium on Security and Privacy: Cybersecurity R&D Themes Panel, May 16-19, 2010. ", "presented_at": "CSIA", "key_words": "" }, { "presentation_id": "PID-05-16-2010-0005-01", "year": "2010", "pp_date": "5/19/2010", "title": "Where’s the Manhattan Project Manhattan Project in cybersecurity in cybersecurity research?", "author": "Lewis Shepherd", "file_url": "https://www.nitrd.gov/historical/CSThemes/CSThemes_2010_Shepherd.pdf", "media_type": "pdf", "description": "Presentation given by Lewis Shepherd at 2010 IEEE Symposium on Security and Privacy: Cybersecurity R&D Themes Panel, May 16-19, 2010. Presentation outline: \"A Washington Meme; Hallmarks of the Original; Better Approach for Cybersecurity; Examples of corporate commitment to collaboration; Government/Academia/Industry. \" ", "metadata_created": "2/13/2018", "metadata_modified": "2/13/2018", "topic": "cybersecurity; privacy", "comments": "2010 IEEE Symposium on Security and Privacy: Cybersecurity R&D Themes Panel, May 16-19, 2010. ", "presented_at": "CSIA", "key_words": "" }, { "presentation_id": "PID-05-16-2010-0006-01", "year": "2010", "pp_date": "5/19/2010", "title": "Changing the Game: Defining, Preserving, Enhancing Trust", "author": "Claire Vishik", "file_url": "https://www.nitrd.gov/historical/CSThemes/CSThemes_2010_Vishik.pdf", "media_type": "pdf", "description": "Presentation given by Claire Vishik at 2010 IEEE Symposium on Security and Privacy: Cybersecurity R&D Themes Panel, May 16-19, 2010. Presentation outline: \"How we change the Rules of the Game? Why Action is Necessary? Complex Attacks, Organized Attackers; Security Environment: Layers; Why Change is Difficult? Diverse Ecosystem: All Components Need to Be Considered; Varying Levels of Protection in Components of Complex Processes; Varying Levels of Privacy and Anonymity: Example; Example Situations Requiring Trust; Research Challenges; Why It Is Possible? It Is A Good Time to Start Working On Core Issues; What We Need. \" ", "metadata_created": "2/13/2018", "metadata_modified": "2/13/2018", "topic": "cybersecurity; privacy", "comments": "2010 IEEE Symposium on Security and Privacy: Cybersecurity R&D Themes Panel, May 16-19, 2010. ", "presented_at": "CSIA", "key_words": "" }, { "presentation_id": "PID-03-16-2010-001-01", "year": "2010", "pp_date": "3/16/2010", "title": "R&E Networking in the Middle East", "author": "Ana Preston; Jocelyn Gerich", "file_url": "https://www.nitrd.gov/nitrdgroups/images/d/d0/20100316-MEOverview-JET.pdf", "media_type": "pdf", "description": "Presentation outline: \"Internet2 International Connectivity Goals; International partners; Networks reachable; Services and Trends; National Identity Management Federations.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networks; networked systems; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-03-10-2010-0001-01", "year": "2010", "pp_date": "3/10/2010", "title": "Magellan at NERSC", "author": "Jeff Broughton", "file_url": "https://www.nitrd.gov/nitrdgroups/images/b/b6/Magellan-Magic.pdf", "media_type": "pdf", "description": "Midrange computing and data management are important capabilities in supporting large-scale science applications. Computational resources are limited but the number of ways for providing compute power and data management is increasing. Midrange computing is particularly appropriate for: - Serial or scalability-challenged codes - Science not requiring tight coupling - Science that can run at low concurrency - Data-intensive science - Staging to the large centers Advantages to using cloud computing include: - Cycles on-demand: bypass allocations process - Overflow capacity to supplement existing systems - Customized and controlled environments - Parallel programming models for data-intensive science - Creating science communities around data sets Magellan serves to answer questions for DOE regarding mid-range computing and cloud environments: - How much of DOE's workload can be served economically by commercial or private-to-DOE cloud? - What HW and SW features are needed? - Do emerging cloud computing models provide viable approaches to computational science? - Can clouds at different DOE facilities be federated? Testing at NERSC has identified the slow-down of processing due to cloud computing for several types of science applications. Slowdown ranges from about 1.2 to 17 depending on the type of codes used. Performance was investigate3d for using 32, 64, and 128 processors. For Hadoop and Task Farming. Conclusions of this testing indicated that: - Only loosely coupled applications are appropriate for cloud computing - There are practical limits to the size of a cluster - There are non-uniform execution times - Costs for data storage and I/O are substantial The NERSC Magellan Cloud for science applications includes 720 nodes, 5760 cores in 9 Scalable Units (SUs) providing 61.9 Teraflops. The NERSC Magellan infrastructure provides node aggregation into virtual clusters, provisioning of clusters for specific research projects, and dynamic provisioning of multiple software environments. It also provides InfiniBand QDR, a global file system, and bulk storage. The key is providing flexible and dynamic scheduling of resources. Science communities are enabled around data sets. Custom hardware and software provide remote data and computing resources. The cloud computing enables remote working with large data sets. Discussion identified that NERSC and Argonne intend to cooperate on joint cloud computing capabilities. Small businesses can apply for resources on Magellan. Magellan is seeking collaborators for testing capabilities. Funding is for two years. One definition of cloud versus Grid computing states that: Clouds are about infrastructure, hosting, and capabilities; Grids are largely about federation activities. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cloud computing; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-03-08-2010-0001-01", "year": "2010", "pp_date": "3/8/2010", "title": "FutureGrid Introduction", "author": "Gregor von Laszewski", "file_url": "https://www.nitrd.gov/nitrdgroups/images/1/1b/VonLaszewski-FG-magic.pdf", "media_type": "pdf", "description": "The purpose of Future Grid is to build a simulation environment to provide a testbed for middleware and applications. It is not a production cloud but a testbed to support research, development, and early use of new technologies at all levels of the software stack. Future Grid is a part of the TeraGrid and mimics TeraGrid and other parallel or distributed systems. It provides a collaborative environment for science applications and related software. It is a small (5600 core) science cloud that provides a virtual machine based simulation environment. It also has over 550 TB of storage. Future Grid sites are located at Un of Chicago, Purdue Un., Indiana Un., UCSD, TACC (AUSTIN), and Un. of Florida. It also has connectivity to GEANT and its associated European Grids. Other participants include the NSF, TeraGrid, commercial partners, OGF, Open Nebula, Open Cirrus Testbed, and others. Users of Future Grid include developers of new applications in cloud and Grid environments, developers who want to experiment with multiple hardware environments, networking researchers testing networks to support Grid and cloud applications, and education users. Future Grid Committees include: - Systems Administration and Network Management - Software Adaptation, Implementation, Hardening, and Maintenance - Performance analysis - Training, Education, and outreach Services - User Support - Operations and Change Management Future Grid architecture is open to configure resources based on images. Modular design enables different clouds and images to be implemented on the hardware. It supports important middleware including TeraGrid stack, Condor, BOINC, gLite, Unicore, and Genesis II. Development phases include Phase 0: get the hardware to run; Phase 1: get early users on the system; Phase 2: Implement dynamic provisioning; Phase 4: Integrate with TeraGrid. Dynamic provisioning changes the underlying system to support current user demands including elements of Linux, Windows, Xen, Nimbus, Eucalyptus, Hadoop, and Dryad. xCAT and Moab provide the underlying structure of Future Grid to install the testbed elements and schedule resources. Future Grid is currently looking for early adopters. Milestones indicate hardware available to users in May 2010. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "testbeds; middleware; collaboration; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-03-04-2010-0001-01", "year": "2010", "pp_date": "3/4/2010", "title": "National Coordination Office for Networking and information Technology R&D", "author": "George O. Strawn", "file_url": "https://www.nitrd.gov/historical/presentations-nco/Strawn_NITRD_to_NICT_4March2010.pdf", "media_type": "pdf", "description": "Briefing given by Dr. George O. Strawn at the 6th Annual NICT Forum in Washington, DC on March 4, 2010.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "NITRD Program", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-02-03-2010-0001-01", "year": "2010", "pp_date": "2/3/2010", "title": "Improving Campus Research CI Through Leveraging and Integration: Developing a SURAgrid-OSG Collaboration", "author": "John McGee; John-Paul Robinson", "file_url": "https://www.nitrd.gov/nitrdgroups/images/9/91/Magic_20100203_OSG_SURA_Final.pdf", "media_type": "pdf", "description": "SURAgrid is a consortium of organizations collaborating and combining resources to help bring grid technology to the level of seamless, shared infrastructure. The vision for SURAgrid is to orchestrate access to a rich set of distributed capabilities in order to meet diverse users' needs. Capabilities to be cultivated include locally contributed resources, project-specific tools and environments, highly specialized or HPC access, and gateways to national and international cyberinfrastructure. OSG is a consortium of software, service and resource providers and researchers, from universities, national laboratories and computing centers across the U.S., who together build and operate the OSG project. The project is funded by the NSF and DOE, and provides staff for managing various aspects of the OSG. Brings petascale computing and storage resources into a uniform grid computing environment Integrates computing and storage resources from over 80 sites in the U.S. and beyond.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "high-performance computing; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-02-02-2010-003-01", "year": "2011", "pp_date": "2/2/2010", "title": "Asian Pacific Advanced Networking Presentation", "author": "Eric Boyd", "file_url": "https://www.nitrd.gov/nitrdgroups/images/1/15/Asian_Pacific_Presentation.pdf", "media_type": "pdf", "description": "Funding from NSF and DOE, Office of Science, starting in 2004, has underwritten research to develop the perfSONAR infrastructure. There is now a significant interest in deploying the infrastructure. A workshop this coming summer was proposed to NSF to provide a community-wide forum to guide and shape perfSONAR infrastructure going forward. It would bridge the gap between researchers and network operators. Emphasis is on providing data and information to network operators while enabling them to maintain their autonomy. An executive committee has been set up to guide the development of the workshop including perfSONAR developers, Federal agency representatives, and network operators.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-02-02-2010-002-01", "year": "2011", "pp_date": "2/2/2010", "title": "EAST Africa Undersea Connectivity Update", "author": "Kevin Chenge", "file_url": "https://www.nitrd.gov/nitrdgroups/images/d/d9/African_Networking_Presentation.pdf", "media_type": "pdf", "description": "New undersea connectivity was developed in 2009 via the SEACOM, TEAMS, and EASSY cables. SEACOM covers East Africa (Tanzania, Uganda, Kenya,) to London with a link in Mumbai. The path to Europe currently goes through Mumbai. Backup service is still provided by satellite. The TEAMS cable from Kenya to Fujairah, UAE, is more expensive than SEACOM. RENU (Uganda) is seeking 10 G undersea cable connectivity. TERNET in Tanzania is expected to be active soon through SEACOM (Dar es Salam). KENET (Kenya) has connectivity to London through SEACOM. Local campus networks in Kenya need to upgrade to accommodate this new speed. UbuntuNet Alliance UbuntuNet Alliance is a regional association of African NRENs particularly Eastern Africa with connectivity to the U.S. It includes KENET. South Africa has 10 Mb connectivity. KENET has 155 Mb connectivity on SEACOM and 500 Mb total connectivity. TENET contracted to host the South African NOC. TENET and KENET peer with GEANT.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networks; networked systems; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-02-02-2010-001-01", "year": "2010", "pp_date": "2/2/2010", "title": "GEANT development Connectivity", "author": "Roberto Sabatino", "file_url": "https://www.nitrd.gov/nitrdgroups/images/b/be/GEANT_Presentation.pdf", "media_type": "pdf", "description": "GEANT is the pan-European network. GN3 is an EC-funded project cofounding the development and services of the GEANT network. There is a network development program also that is developing backbone services, multidomain service, and user- oriented services. The GN3 program is developing 100 Gbps service (not yet waves), performance management, and IPv6. 100 Gbps trunks are projected to be needed by the end of 2011. An RFI is being developed now anticipating summertime procurement and a roll-out in 2011. This will be a backbone network between routers. It was noted that GEANT currently has 14 10G waves on their Germany<>Switzerland path. Hardware will include Juniper T1600 and M120. Alcatel MCC 1678 equipment will provide circuit service. Alcatel LM1626 for DWDM has demonstrated 40 Gbps. An RFI is being prepared for 100 Gbps IP connectivity. GEANT has Washington, DC to Frankfurt 10 Gbps service with both ESnet and Internet2. In addition a New York to Amsterdam 10 Gbps service is in-place. A 5 Gbps New York to Vienna service is in-place to ESnet.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networks; networked systems; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-01-27-2010-001-01", "year": "2010", "pp_date": "1/27/2010", "title": "Exploring Open Innovation", "author": "Erika Wagner", "file_url": "https://www.nitrd.gov/nitrdgroups/images/b/be/Wagner_OpenInnovationWebina_100126.pdf", "media_type": "pdf", "description": "The X Prize Model for Innovation through Competition.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "open data", "comments": "Expedition Workshop", "presented_at": "FASTER", "key_words": "" }, { "presentation_id": "PID-01-27-2010-002-01", "year": "2010", "pp_date": "1/27/2010", "title": "Collaboration Enabling QUOMOS: How community interest built into a formal standardization activity", "author": "Steve Ray", "file_url": "https://www.nitrd.gov/nitrdgroups/images/8/8f/Ray_CollaborationProducingQUOMOS.pdf", "media_type": "pdf", "description": "Quantities and Units of Measure Ontology Standard (QUOMOS). \"...to develop an ontology to specify the basic concepts of quantities, systems of quantities, and systems of measurement units and scales, various base dimensions and units of the SI system, metric prefixes (nano-, micro-, milli-, kilo-, ...), rules for constructing various derived units, and designations of the most common derived units (joules, watts, ...) for use across multiple industries.\" ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "ontology; standards; open data", "comments": "Expedition Workshop", "presented_at": "FASTER", "key_words": "" }, { "presentation_id": "PID-01-27-2010-003-01", "year": "2010", "pp_date": "1/27/2010", "title": "Open Innovation Enabled by Global Federation of Science and Technical Knowledge.", "author": "Walter L. Warnick", "file_url": "https://www.nitrd.gov/nitrdgroups/images/b/be/NSF_ExpeditionWS_NSF_2010.pdf", "media_type": "pdf", "description": "Presentation outline: \"OSTI Mission: To advance science and sustain technological creativity by making R&D findings available and useful to DOE researchers and the public. Science progresses as knowledge is shared. How do we help researchers find the information they need for making life-altering discoveries?\" ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "open data; information discovery; science", "comments": "Expedition Workshop", "presented_at": "FASTER", "key_words": "" }, { "presentation_id": "PID-01-06-2010-0001-01", "year": "2010", "pp_date": "1/6/2010", "title": "Developing Data-Intensive Applications for Heterogeneous Distributed Platforms", "author": "Shantenu Jha", "file_url": "https://www.nitrd.gov/nitrdgroups/images/e/ed/Developing_Data_Intensive_Applications_for_Heterogeneous_Distributed_Platforms_%28January_6%2C_2010%29.pdf", "media_type": "pdf", "description": "Presentation given by Shantenu Jha at JET monthly meeing, 1/6/2010. Presentation outline: \"Data intensive applications (DIA) generally use distributed data that is supported by heterogeneous infrastructure. It is important to decouple application development from the underlying infrastructure and to provide interoperation across Grid clouds. A flexible infrastructure should support multiple applications on differing infrastructures. The goal is to develop distributed data-intensive applications to use a broad range of distributed systems without vendor lock-in or disruption while retaining the flexibility and performance that scientific applications require. Frameworks address some of the primary challenges for developing distributed data-intensive applications...\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "data-intensive; applications; distributed computing; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-12-12-2009-0001-01", "year": "2009", "pp_date": "12/2/2009", "title": "PEGrid: The Path from Research Project to Grid Computing In The Real World", "author": "Alan F. Sill", "file_url": "https://www.nitrd.gov/nitrdgroups/images/4/4b/PEGrid_Presentation_%28December_2%2C_2009%29.pdf", "media_type": "pdf", "description": "The goals of this talk are to give a practical example of how innovation makes the transition from funded research project into practical use in the real world, and get you to think about how that works. The purpose of all of this is to get you to understand, or at least think more deeply about, the methods by which research makes it out of the lab and acquires real value in ways that are NOT anticipated by funding agencies, even when they make such practical development their goal. I want you to carry away an understanding of your interdependency as funding agencies with partnerships at universities, with individual researchers, with industries that you see only indirectly, and with the software development process as a whole.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-05-01-2009-0001-01", "year": "2009", "pp_date": "5/1/2009", "title": "National Coordination Office for Networking and information Technology R&D", "author": "Christopher L. Greer", "file_url": "https://www.nitrd.gov/historical/presentations-nco/Greer_IBM-NITRD_Strat_Plan-1May09.pdf", "media_type": "pdf", "description": "Briefing given by Dr. Chris Greer to IBM in Hawthorne, New York on May 1, 2009.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "NITRD Program", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-04-01-2009-0001-01", "year": "2009", "pp_date": "4/1/2009", "title": "NITRD Act of 2009 Testimony", "author": "Christopher L. Greer", "file_url": "https://www.nitrd.gov/congressional/testimony/Greer-April_2009_Written_Testimony.pdf", "media_type": "pdf", "description": "Statement of Dr. Christopher L. Greer Director, National Coordination Office for Networking and Information Technology Research and Development to the Committee on Science and Technology U.S. House of Representatives April 1, 2009.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "NITRD Program", "comments": "House Subcommittee on Research and Technology", "presented_at": "Congressional Testimony", "key_words": "" }, { "presentation_id": "PID-03-19-2009-0001-01", "year": "2009", "pp_date": "3/19/2009", "title": "National Coordination Office for Networking and information Technology R&D", "author": "Christopher L. Greer", "file_url": "https://www.nitrd.gov/historical/presentations-nco/Greer_Vinnova-delegation%20SwedishEmbassyvisit_19Mar09.pdf", "media_type": "pdf", "description": "Briefing given by Dr. Chris Greer to the Vinnova-delegation from Sweden in Arlington, VA on March 19, 2009.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "NITRD Program", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-02-25-2009-001-01", "year": "2009", "pp_date": "2/25/2009", "title": "Federal Strategic Plan for the NITRD Program (video)", "author": "Forum participants", "file_url": "https://www.youtube.com/playlist?list=PLVq83uNTPbQTGrWTHFHU0W_TUL52FNZ6x", "media_type": "video", "description": "A public forum hosted by the NITRD Program at U.S. Mint on February 25-26, 2009 to solicit content recommendations for the development of a five-year NITRD Strategic Plan. Questions from the webcast audience responded to within panel discussions. Panel discussions focus around Cyber Capable, Emergent Cognition, Beyond Virtual, and Trust and Confidence.", "metadata_created": "8/7/2018", "metadata_modified": "8/7/2018", "topic": "NITRD Program", "comments": "A public forum hosted by the NITRD Program at U.S. Mint on February 25-26, 2009 to solicit content recommendations for the development of a five-year NITRD Strategic Plan.", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-10-16-2008-0001-01", "year": "2008", "pp_date": "10/16/2008", "title": "National Coordination Office for Networking and information Technology R&D", "author": "Christopher L. Greer", "file_url": "https://www.nitrd.gov/historical/presentations-nco/Greer_ARL_CNI_Oct2008.pdf", "media_type": "pdf", "description": "Briefing given by Dr. Chris Greer at the ARL Membership Meeting in Arlington, Virginia on October 16, 2008.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "NITRD Program", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-09-28-2008-0001-01", "year": "2008", "pp_date": "9/28/2008", "title": "National Coordination Office for Networking and information Technology R&D", "author": "Christopher L. Greer", "file_url": "https://www.nitrd.gov/historical/presentations-nco/NetworkingResearchChallengesWorkshop_ChrisGreer.pdf", "media_type": "pdf", "description": "Briefing given by Dr. Chris Greer at the Networking Research Challenges Workshop in Seattle, Washington on September 28-30, 2008.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "NITRD Program", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-09-16-2008-001-01", "year": "2008", "pp_date": "9/16/2008", "title": "Experimental Analysis of InfiniBand and 10GigE Technologies Over Wide-Area Connections ", "author": "Nagi Rao; Bill Wing; Steve Poole; Susan Hicks; Steve Hodson; Galen Shipman; Josh Lothian", "file_url": "https://www.nitrd.gov/nitrdgroups/images/0/02/Experimental_Analysis_of_InfiniBand_and_10GigE_Technologies_Over_Wide-Area_Connections_%28September_16%2C_2008%29.pdf", "media_type": "pdf", "description": "Wide-Area High-Performance Transport; Approach and Results; UltraScience Net: Experimental network research testbed or advanced networking and associated technologies for high-performance; USN data-plane: Node configuration; Infiniband Over SONET: Obsidian Longbows RDMA throughput measurements over USN; Performance Profiles - IB RDMA Throughputs; SONET OC192 and 10GigE WAN/LAN-PHY.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-07-31-2008-0001-01", "year": "2008", "pp_date": "7/31/2008", "title": "Oversight of the NITRD Program Testimony", "author": "Christopher L. Greer", "file_url": "https://www.nitrd.gov/congressional/testimony/GreerFINAL2-NITRD-testimony-073108.pdf", "media_type": "pdf", "description": "Statement of Dr. Christopher L. Greer Director, National Coordination Office for Networking and Information Technology Research and Development to the Committee on Science and Technology U.S. House of Representatives July 31, 2008.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "NITRD Program", "comments": "House Subcommittee on Research and Technology", "presented_at": "Congressional Testimony", "key_words": "" }, { "presentation_id": "PID-04-03-2008-0001-01", "year": "2008", "pp_date": "4/3/2008", "title": "National Coordination Office for Networking and information Technology R&D", "author": "Ernest McDuffie", "file_url": "https://www.nitrd.gov/historical/presentations-nco/McDuffie_HCSS_Automotive_Workshop_040308.pdf", "media_type": "pdf", "description": "Briefing given by Dr. Ernest McDuffie at the National Workshop on High Confidence Automotive Cyber-Physical Systems in Troy, Michigan on April 3, 2008", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "NITRD Program", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-04-02-2008-0001-01", "year": "2008", "pp_date": "4/2/2008", "title": "CDIGS Update", "author": "Lee Liming", "file_url": "https://www.nitrd.gov/nitrdgroups/images/9/90/CDIGS_Update_%28April_02%2C_2008%29.pdf", "media_type": "pdf", "description": "An update on CDIGS activities.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-04-02-2008-0002-01", "year": "2008", "pp_date": "4/2/2008", "title": "Identity Management", "author": "Ken Klingenstein", "file_url": "https://www.nitrd.gov/nitrdgroups/images/5/50/Identity_Management_Presentation_%28April_02%2C_2008%29.pdf", "media_type": "pdf", "description": "Identity interoperability is used in three contexts: government implements PKI capabilities, business implements federated spaces and users implement territories to support their specific interests. Federated identity adoption is expanding and multi-million user deployments are under way. Several commercial vendors are now supporting SAML 2.0. However divergence continues between federated and user-centric spaces, and among vendors. Deployment of federated identity is growing for business applications but many barriers remain, particularly trust. The education sector needs identity management to support education and research collaboration. They are increasingly adopting SAML/Shibboleth. Shibboleth is deployed in over 10,000 instances in over 20 countries. Shib 2.0 was released March 4, 2008. It provides interoperability with commercial SAML systems. SAML 2.0 i.e. deployed by Verisign, Tata and others. Shib 2.0+ is discussing OpenID. Missing pieces of Shib 2.0 include end-user attribute release management, dynamic metadata, and N-Tier tokens. InCommon has about 80 members and is growing. It has over 2 million users, including universities, NIH, DOE labs, MS, Apple and student service providers. Microsoft is delivering DreamSpark developer kits and source code to students. InCommon Silver provides a rich set of applications from NIH. It provides profiles, audit guides and other services. Federations are used widely, both inside and outside the US. All implement SAML most implement Shibboleth. There are only limited interfederation interactions. International federations are described at: http://www.terena.org/activities/refeds/ http://ec.europa.eu/idabc/ http://www.jisclegal.ac.uk/access Peering efforts between InCommon and EAuth collapsed. A number of peering efforts among federations are under way. Issues for resolution for peering include: - Problem resolution and adjudication - Metadata exchange - Attribute mapping - Transitive trust Meetings to develop federations include: - NSF, early June by the NSF to bring together federations of all types - Internet2 Spring Member's Meeting: Lucy Lynch will give a presentation on Shibboleth - NIST, March meeting - NIST, April 20 meeting: inform government technocrats and others of developing technology; in this case, identity management. It will be focused around exchange of medical information in an emergency response. Duane Canerva of NIH will present the scenario. Future issues for federation include: - Policy issues - Dynamic metadata - End-user experience - Attribute management - Inter-federation - Collaboration management platforms ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "identity management; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-03-14-2008-0001-01", "year": "2008", "pp_date": "3/14/2008", "title": "National Coordination Office for Networking and information Technology R&D", "author": "Ernest McDuffie", "file_url": "https://www.nitrd.gov/historical/presentations-nco/McDuffie_Cyber_Security_Collab_031408.pdf", "media_type": "pdf", "description": "Briefing given by Dr. Ernest McDuffie at the Symposium on International Cyber Security Collaboration on R&D in Washington, DC on March 14, 2008.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "NITRD Program", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-02-17-2008-0001-01", "year": "2008", "pp_date": "2/17/2008", "title": "Science in 5 Dimensions", "author": "Christopher L. Greer", "file_url": "https://www.nitrd.gov/historical/presentations-nco/Greer_AAAS_VOs.pdf", "media_type": "pdf", "description": "Briefing given by Dr. Chris Greer at the AAAS Annual Meeting in Boston, MA on February 17, 2008; Science is global and thrives in a world\nthat is not limited to 4-dimensions.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "science", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-02-17-2008-0002-01", "year": "2008", "pp_date": "2/17/2008", "title": "Interagency Working Group on Digital Data", "author": "Christopher L. Greer", "file_url": "https://www.nitrd.gov/historical/presentations-nco/Greer_AAAS_Data.pdf", "media_type": "pdf", "description": "Briefing given by Dr. Chris Greer at the AAAS Annual Meeting in Boston, MA on February 17, 2008.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "data", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-02-06-2008-0001-01", "year": "2008", "pp_date": "2/6/2008", "title": "SURAgrid: Supporting Transformative\nResearch Through Community\nCyberinfrastructure (CI)\n", "author": "Gary Crane", "file_url": "https://www.nitrd.gov/nitrdgroups/images/a/a9/SURAGrid_Presentation_%28February_06%2C_2008%29.pdf", "media_type": "", "description": "SURA is an association across 15 Southern states from Delaware to Texas including 10 EPSCoR states. 92 percent of its members are HBCU. SURAgrid has, as its objective, to lower barriers for deploying and using cyber infrastructure. It supports primarily regional applications and is designed to foster collaborative research, new applications, and to provide an on-ramp to national HPC and CI facilities such as TeraGrid. SURAgrid goals are to: - Develop scalable infrastructure - Promote use of that infrastructure - Provide a forum to share experience with Grid technology Major component contributors include TACC, UVA, TTU, and ODU. Peak TeraFlops are currently 12.6, with 20. expected soon. SURAgrid balances heterogeneity with interoperability. It provides growing capacity for its users. It is developing a common user portal and an evolving common operations and support structure: user documentation, packaged stack install, nascent accounting system, centralized support, and peer support. SURAgrid provides a two-tiered PKI with a view to global structures for interoperability. UVA provides a Bridge Certificate Authority and an LDAP-based user account management. A SURAgrid CA is under development. SURAgrid is working with existing and potential users to facilitate operations of user applications over SURAgrid. It leverages of initial applications to illustrate usage and motivate usage. Outreach activities include: - Incubator for collaborative projects - SURAgrid Cyber Infrastructure Workshop Series - Development of educational resources It grew out of an NSF middleware initiative to provide a testbed environment. It is largely comprised of stand-alone computer clusters in a GLOBUS environment, similar to TeraGrid (but smaller). Current applications on SURAgrid include Storm Surge Modeling (SCOOP, a collaboration among DOD, ONR, and NOAA), threat management in urban water systems, and other applications. Discussion among the MAGIC participants indicated that: - OSG, TeraGrid and SURAgrid should coordinate more closely to address common interfaces, providing user access to OSG and TeraGrid resources, and exploring common interests. OSG and TeraGrid are currently in discussions - OSG offers to share their experience in developing accounting mechanisms with SURAgrid", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cyberinfrastructure; middleware; grid; cloud", "comments": "", "presented_at": "MAGIC", "key_words": "" }, { "presentation_id": "PID-06-27-2008-0001-01", "year": "2007", "pp_date": "6/27/2007", "title": "Networking and Information Technology R&D (NITRD) Program's High Confidence Software and Systems (HCSS) Coordinating Group (CG)", "author": "Sally Howe", "file_url": "https://www.nitrd.gov/historical/presentations-nco/Howe_HCMDSS_06270740V341.pdf", "media_type": "pdf", "description": "Remarks given at the Joint Workshop on High Confidence Medical Devices, Software, and Systems (HCMDSS) and Medical Devices Plug-and-Play Interoperability (MD PnP) by Dr. Sally Howe on June 27, 2007.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "high confidence software; systems", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-06-19-2007-001-01", "year": "2007", "pp_date": "6/19/2007", "title": "SC07 WAN Transport Group Status Report", "author": "Ed Smith", "file_url": "https://www.nitrd.gov/nitrdgroups/images/5/57/SC07_WAN_Transport_Group_Status_Report_%28June_19%2C_2007%29.pdf", "media_type": "pdf", "description": "Presentation outline: \"RSCC Connectivity Status; SC07 Internet2 WAN Transport\".", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-05-15-2007-001-01", "year": "2007", "pp_date": "5/15/2007", "title": "HOPI and Dynamic Circuit Services Update", "author": "Rick Summerhill", "file_url": "https://www.nitrd.gov/nitrdgroups/images/6/6b/HOPI_and_Dynamic_Circuit_Services_Update_%28May_15%2C_2007%29.pdf", "media_type": "pdf", "description": "Presentation outline: \"Internet2; Dynamic Circuit Services; Development Time-Line\".\n", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-03-19-2007-0001-01", "year": "2007", "pp_date": "3/19/2007", "title": "The Federal Networking and Information Technology Research and Development (NITRD) Program", "author": "Charles Romine", "file_url": "https://www.nitrd.gov/historical/presentations-nco/NICTForum-CRomine_%20031907.pdf", "media_type": "pdf", "description": "NICT Forum Briefing given by Dr. Charles Romine at 3rd Annual Colloquium on Future Directions for Information and Communications Technology R&D in Japan and the United States, held in Washington, D.C. (March 19, 2007)", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "NITRD Program", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-11-02-2006-0001-01", "year": "2006", "pp_date": "11/2/2006", "title": "Perspectives on the IT R&D Ecosystem ", "author": "Simon Szykman ", "file_url": "https://www.nitrd.gov/historical/presentations-nco/NITRD_Briefing_for_NA_Study_on_IT_RD_Ecosystem_11_2_2006.pdf", "media_type": "pdf", "description": "Remarks given by Dr. Simon Szykman at the National Academies Public Meeting held in Washington, DC (November 2, 2006).", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "NITRD Program", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-10-31-2006-0001-01", "year": "2006", "pp_date": "10/31/2006", "title": "Interagency Coordination on Cyber Security and Information Assurance Research and Development ", "author": "Simon Szykman ", "file_url": "https://www.nitrd.gov/historical/presentations-nco/CSIA_Briefing_for_ACM_CCS_Conference_10_31_2006.pdf", "media_type": "pdf", "description": "Remarks given by Dr. Simon Szykman to the ACM Conference on Computer and Communications Security (October 31, 2006).", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "NITRD Program", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-10-26-2006-0001-01", "year": "2006", "pp_date": "10/26/2006", "title": "The Federal Networking and Information Technology Research and Development (NITRD) Program", "author": "Simon Szykman ", "file_url": "https://www.nitrd.gov/historical/presentations-nco/NITRD_Briefing_for_HCI_IM_Information_Integration_Workshop_10_26_2006.pdf", "media_type": "pdf", "description": "Remarks given by Dr. Simon Szykman to the HCI&IM CS-Sponsored National Workshop on Information Integration: held in Philadelphia, Pennsylvania (October 26, 2006).", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "NITRD Program", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-10-05-2006-0001-01", "year": "2006", "pp_date": "10/5/2006", "title": "The Federal Networking and Information Technology Research and Development (NITRD) Program", "author": "Simon Szykman ", "file_url": "https://www.nitrd.gov/historical/presentations-nco/NITRD_Briefing_for_HCSS_Aviation_Workshop_10_05_2006.pdf", "media_type": "pdf", "description": "Remarks given by Dr. Simon Szykman to the HCSS CG-Sponsored National Workshop on Aviation Software Systems: Design for Certifiably Dependable Systems held in Alexandria, Virginia (October 5, 2006).", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "NITRD Program", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-09-29-2006-0001-01", "year": "2006", "pp_date": "9/29/2006", "title": "The Federal Networking and Information Technology Research and Development (NITRD) Program", "author": "Simon Szykman ", "file_url": "https://www.nitrd.gov/historical/presentations-nco/NITRD_Overview_Briefing_for_NA_Study_Kickoff_9_29_2006.pdf", "media_type": "pdf", "description": "Briefing given by Dr. Simon Szykman at the Kickoff Meeting for the National Academies Study on the Potential Impact of High-End Computing on Four Fields of Science and Engineering held in Washington D.C. (September 29, 2006).", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "NITRD Program", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-09-21-2006-0001-01", "year": "2006", "pp_date": "9/21/2006", "title": "The Federal Plan for Cyber Security and Information Assurance Research and Development", "author": "Simon Szykman ", "file_url": "https://www.nitrd.gov/historical/presentations-nco/Federal_CSIA_Plan_Briefing_for_NSTAC_RDX_9_21_2006.pdf", "media_type": "pdf", "description": "Briefing given by Dr. Simon Szykman and Ms. Annabelle Lee at the 2006 NSTAC Research and Development Exchange Workshop held in Ottawa, Canada (September 21, 2006).", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "NITRD Program", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-08-15-2006-001-01", "year": "2006", "pp_date": "8/15/2006", "title": "Research and Education Networks around the world: update and trends", "author": "Heather Boyles", "file_url": "https://www.nitrd.gov/nitrdgroups/images/6/68/Research_and_Education_Networks_around_the_world_-_Update_and_trends_%28August_15%2C_2006%29.pdf", "media_type": "pdf", "description": "Heather Boyles of Internet2 presented information on international networking. The International Partner program forms partnerships among organizations with common goals, objectives, and constituencies. Trans-Atlantic connectivity includes over a total of 100 Gbps to GEANT2, CERN, SURFNET, NetherLight and other organizations. TransPacific connectivity includes a total of over 70 Gbps to APAN, JGN2, AARNET, KREONET, SINET and others. Connectivity to Latin America includes links to redCLARA, redCUDI, RNP, RETINA, REACCIUN-2, and Gemini/NOAO. Eighty-one international networks are reachable by Abilene. In Europe, BGEANT2 provides a pan-European backbone. Each connecting NREN has 2 x 10G connections, one for IP traffic and one for point-to-point services. Connectivity to Africa is provided by EUMEDCONNECT in North Africa. UbuntuNet is developing connectivity to Eastern Africa via fiber. A proposal is being developed for the NSF to provide connectivity to Western Africa. In Asia, India (ERNET) was just connected. Pakistan, Singapore, Sri Lanka, and Nepal are discussing connectivity. A common issue across international networks is inter-federation cooperation. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-08-15-2006-003-01", "year": "2006", "pp_date": "8/15/2006", "title": "Optical Network Testbeds Workshop 3 (ONT3) - An Overview", "author": "Joe Mambretti", "file_url": "https://www.nitrd.gov/nitrdgroups/images/e/e4/Optical_Network_Testbeds_Workshop_%28ONT3%29.pdf", "media_type": "pdf", "description": "Presentation outline: \"ONT3 provides a forum to discuss activities currently being conducted on optical network research testbeds and the migration of new methods to production networks.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "optical network; testbeds; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-08-15-2006-002-01", "year": "2006", "pp_date": "8/15/2006", "title": "NLR Infrastructure for SC06", "author": "NA", "file_url": "https://www.nitrd.gov/nitrdgroups/images/9/94/NLR_Infrastructure_for_SC06_%28August_15%2C_2006%29.pdf", "media_type": "pdf", "description": "NLR Infrastructure for SC06", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-07-19-2006-0001-01", "year": "2006", "pp_date": "7/19/2006", "title": "High-Performance Computing Research and Development", "author": "Simon Szykman ", "file_url": "https://www.nitrd.gov/Congressional/testimony/Szykman_HPC-RnD_Senate_20060719.pdf", "media_type": "pdf", "description": "Testimony given before the Senate Committee on Commerce, Science and Transportation's Subcommittee on Technology, Innovation, and Competitiveness by NCO Director Dr. Simon Szykman on July 19, 2006 in Washington, D.C.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "NITRD Program", "comments": "", "presented_at": "Congressional Testimony", "key_words": "" }, { "presentation_id": "PID-06-07-2006-0001-01", "year": "2006", "pp_date": "6/7/2006", "title": "Government Perspectives on the Future of Advanced Networking Technologies", "author": "Simon Szykman ", "file_url": "https://www.nitrd.gov/historical/presentations-nco/Government_Innovations_20060607.pdf", "media_type": "pdf", "description": "Combined briefings presented by Dr. Simon Szykman at GLOBALCOMM Government Summit on June 5 and GLOBALCOMM Innovations Summit on June 7, 2006 in Chicago, Illinois.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "NITRD Program", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-05-17-2006-0001-01", "year": "2006", "pp_date": "5/17/2006", "title": "The Federal Networking and Information Technology Research and Development (NITRD) Program", "author": "Simon Szykman ", "file_url": "https://www.nitrd.gov/historical/presentations-nco/MSST_Conference_Keynote_20060517.pdf", "media_type": "pdf", "description": "Briefing given by Dr. Simon Szykman at the NASA/IEEE MSST2006 Conference on Mass Storage Systems and Technologies held in College Park, Maryland (May 17, 2006).", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "NITRD Program", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-04-18-2006-001-01", "year": "2006", "pp_date": "4/18/2006", "title": "Network Management Tool IPV6 Validation NASA Integrated Services Network (NISN)", "author": "Ken White", "file_url": "https://www.nitrd.gov/nitrdgroups/images/b/b3/Network_Management_Tool_IPV6_Validation_%28April_18%2C_2006%29.pdf", "media_type": "pdf", "description": "CiscoWorks 2000/RWAN/LMS/ACS; Cisco Transport Manager; eHealth, LiveHealth; SYSTEMedge; Correlation Designer; JUNOScope; JUNOS; Micromuse; nGenius Performance Manager; SecurID ACE Server; CIA Agent; SNMP Security Pack; Solaris 8, Solaris 9, Solaris 10.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networks; networked systems; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-04-11-2006-0001-01", "year": "2006", "pp_date": "4/11/2006", "title": "Government Perspectives on HPC Leadership ", "author": "Simon Szykman ", "file_url": "https://www.nitrd.gov/historical/presentations-nco/GovPerspectivesHPC_Leadership_20060411.pdf", "media_type": "pdf", "description": "Briefing given by Dr. Simon Szykman at HPC User Forum in Richmond, Virginia (April 11, 2006).", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "NITRD Program", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-03-21-2006-001-01", "year": "2006", "pp_date": "3/21/2006", "title": "Next Generation Open Communications Exchanges", "author": "Joe Mambretti", "file_url": "https://www.nitrd.gov/nitrdgroups/images/4/4b/Next_Generation_Open_Communications_Exchanges_%28March_21%2C_2006%29.pdf", "media_type": "pdf", "description": "Open Communications Exchanges; Optical Dynamic Intelligent Network (ODIN); National Lambda Rail (NLR); Global Lambda International Facility (GLIF); Global Lambda Integrated Facility; GLIF Open Lightpath Exchanges (GOLEs).", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networks; networked systems; high performance research networking; networking; science; science applications", "comments": "", "presented_at": "JET", "key_words": "" }, { "presentation_id": "PID-02-22-2006-0001-01", "year": "2006", "pp_date": "2/22/2006", "title": "The Federal Networking and Information Technology Research and Development (NITRD) Program: NICT Forum", "author": "Simon Szykman ", "file_url": "https://www.nitrd.gov/historical/presentations-nco/NITRD_Briefing_for_NICT_Forum_20060222.pdf", "media_type": "pdf", "description": "Briefing given by Dr. Simon Szykman at 2nd Annual Colloquium on Future Directions for Information and Communications Technology R&D in Japan and the United States, held in Washington, D.C. (February 22, 2006).", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "NITRD Program", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-01-26-2006-001-01", "year": "2006", "pp_date": "1/26/2006", "title": "Infosec Research Council Hard Problems List", "author": "Douglas Maughan", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2/2e/IRC_CSIA_Maughan_012606.pdf", "media_type": "pdf", "description": "IRC Presentation to CSIA: Hard Problems List: global scale identity management; insider threat; availability of time critical systems; building scalable secure systems; attack attribution and situational understanding; information provenance; security with privacy; enterprise level security metrics.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "cybersecurity; privacy; identity management; insider threat; scalable secure systems; data", "comments": "", "presented_at": "CSIA", "key_words": "" }, { "presentation_id": "PID-01-10-2006-0001-01", "year": "2006", "pp_date": "1/10/2006", "title": "Briefing to the President's Council of Advisors on Science and Technology (PCAST)", "author": "Simon Szykman ", "file_url": "https://www.nitrd.gov/historical/presentations-nco/20060110_sszykman.pdf", "media_type": "pdf", "description": "Presented by Dr. Simon Szykman at the PCAST Meeting held at the Washington Hotel in Washington, D.C. (January 10, 2006).", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "NITRD Program", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-07-22-2005-0001-01", "year": "2005", "pp_date": "7/22/2005", "title": "The Federal Networking and Information Technology Research and Development (NITRD) Program", "author": "Simon Szykman ", "file_url": "https://www.nitrd.gov/historical/presentations-nco/20050722_sszykman.pdf", "media_type": "pdf", "description": "Briefing given by Simon Szykman at the National Security Telecommunications Advisory Committee (NSTAC) R&D Task Force Meeting held in Falls Church, VA (July 22, 2005).", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "NITRD Program", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-06-02-2005-0001-01", "year": "2005", "pp_date": "6/2/2005", "title": "Role of the NITRD Program and the NCO/NITRD", "author": "Simon Szykman ", "file_url": "https://www.nitrd.gov/historical/presentations-nco/20050602_sszykman.pdf", "media_type": "pdf", "description": "Briefing given by Simon Szykman at the High Confidence Medical Devices Software and Systems (HCMDSS) Workshop at the Radisson Plaza-Warwick Hotel in Philadelphia, PA.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "NITRD Program", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-03-18-2005-0001-01", "year": "2005", "pp_date": "3/18/2005", "title": "Information and Communications Technology R&D in the U.S. Federal Government", "author": "David B. Nelson", "file_url": "https://www.nitrd.gov/historical/presentations-nco/20050318_dnelson.pdf", "media_type": "pdf", "description": "Briefing given by David B. Nelson at the Colloquium on Future Directions for Information and Communications Technology R&D in Japan and the United States sponsored by the National Institute of Information and Communications Technology (NICT) held at the City Club of Washington at Columbia Square in Washington, DC (March 18, 2005).", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "NITRD Program", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-01-27-2005-0001-01", "year": "2005", "pp_date": "1/27/2005", "title": "Future of Computational Science", "author": "David B. Nelson", "file_url": "https://www.nitrd.gov/historical/presentations-nco/20050127_dnelson.pdf", "media_type": "pdf", "description": "Briefing given by David B. Nelson to the School of Computational Sciences at George Mason University in Fairfax, VA (January 27, 2005); Computational science is a rapidly growing multidisciplinary field that uses advanced computing capabilities to understand and solve complex problems. Computational science fuses three distinct elements: - numerical algorithms and modeling and simulation software developed to solve science (e.g., biological physical, and social), engineering, and humanities problems; - advanced system hardware, software, networking, and data management components developed through computer and information science to solve computationally demanding problems; - the computing infrastructure that supports both science and engineering problem solving and developmental computer and information science.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "NITRD Program; computational science; high-end computing; PITAC", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-11-05-2004-0001-01", "year": "2004", "pp_date": "11/5/2004", "title": "Recent Activities in Networking and Information Technology R&D", "author": "David B. Nelson", "file_url": "https://www.nitrd.gov/historical/presentations-nco/20041105_dnelson.pdf", "media_type": "pdf", "description": "Briefing given by David B. Nelson at the Board on Mathematical Sciences and Their Application Fall Meeting in Washington, DC (November 5, 2004).", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "NITRD Program; computational science; high-end computing", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-10-21-2004-0001-01", "year": "2004", "pp_date": "10/21/2004", "title": "Computational Science", "author": "David B. Nelson", "file_url": "https://www.nitrd.gov/historical/presentations-nco/20041021_dnelson.pdf", "media_type": "pdf", "description": "Briefing given by David B. Nelson at The Society for Industrial Applied Mathematics (SIAM) Science Policy Committee Meeting in Washington, DC (October 21, 2004).", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "NITRD Program; computational science; high-end computing", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-09-22-2004-0001-01", "year": "2004", "pp_date": "9/22/2004", "title": "Revitalization of High-End Computing", "author": "David B. Nelson", "file_url": "https://www.nitrd.gov/historical/presentations-nco/20040922_dnelson.pdf", "media_type": "pdf", "description": "Briefing given by David B. Nelson at the HPC User Forum in Tucson, AZ (September 22, 2004).", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "high-end computing; accessibility", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-06-21-2004-0001-01", "year": "2004", "pp_date": "6/21/2004", "title": "Networking Research in the Networking and Information Technology R&D Program", "author": "David B. Nelson", "file_url": "https://www.nitrd.gov/historical/presentations-nco/20040621_sc_dnelson.pdf", "media_type": "pdf", "description": "Briefing given by David B. Nelson at Supercomputing 2004 in Chicago, IL (June 21, 2004).", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "NITRD Program", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-04-30-2004-0001-01", "year": "2004", "pp_date": "4/30/2004", "title": "Revitalization of High-End Computing", "author": "David B. Nelson", "file_url": "https://www.nitrd.gov/historical/presentations-nco/20040430_gmu_dnelson.pdf", "media_type": "pdf", "description": "Briefing given by David B. Nelson at George Mason University (GMU) in Fairfax, VA (April 30, 2004).", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "high-end computing", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-03-17-2004-0001-01", "year": "2004", "pp_date": "3/17/2004", "title": "Hard Problems in Information Security", "author": "David B. Nelson", "file_url": "https://www.nitrd.gov/historical/presentations-nco/20040317_irc_dnelson.pdf", "media_type": "pdf", "description": "Briefing given by David B. Nelson at the InfoSec Research Council (IRC) Hard Problems List (HPL) meeting held in Arlington, VA (March 17, 2004).", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "NITRD Program; security; computation; applications", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-03-08-2004-0001-01", "year": "2004", "pp_date": "3/8/2004", "title": "Security In A Connected World", "author": "David B. Nelson", "file_url": "https://www.nitrd.gov/historical/presentations-nco/20040308_gmu_dnelson.pdf", "media_type": "pdf", "description": "Briefing given by David B. Nelson at the SURA/CIPP Cyber Symposium held at the George Mason University School of Law in Arlington, VA (March 8, 2004); Security Challenges of Future Computing Security Challenges of Future Computing Environment; Grid Computing; privacy.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "security; grid; privacy; NITRD Program", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-03-04-2004-0001-01", "year": "2004", "pp_date": "3/4/2004", "title": "Grand Challenges in Networking and Information Technology Research and Development (NITRD)", "author": "David B. Nelson", "file_url": "https://www.nitrd.gov/historical/presentations-nco/20040304_ostp_dnelson.pdf", "media_type": "pdf", "description": "Briefing given by David B. Nelson at the Office of Science Technology Policy (OSTP) Staff meeting in Washington, DC (March 4, 2004); Why Have Grand Challenges? Why Have Grand Challenge; What Is a Grand Challenge? What Is a Grand Challenge? Illustrative Grand Challenges; National Priorities.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "grand challenges; NITRD Program", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-01-22-2004-0001-01", "year": "2004", "pp_date": "1/22/2004", "title": "Federally Funded (and Other) Internetworking Testbeds", "author": "David B. Nelson", "file_url": "https://www.nitrd.gov/historical/presentations-nco/20040122_ati_dnelson.pdf", "media_type": "pdf", "description": "Briefing given by David B. Nelson at the Accelerated Trustworthy Internetworking (ATI) 2004 Workshop held at the Georgia Institute of Technology (GIT) in Atlanta, GA (January 22, 2004); Roles of Roles of Testbeds Testbeds in Security R&D; Major Focus of Network Major Focus of Network Testbeds Testbeds is on High Bandwidth Perfor High Bandwidth Performance; Examples of Network Examples of Network Testbeds Testbeds.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "internet; testbeds; NITRD Program", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-11-05-2003-0001-01", "year": "2003", "pp_date": "11/5/2003", "title": "Future Computing Environment and Issues of Security", "author": "David B. Nelson", "file_url": "https://www.nitrd.gov/historical/presentations-nco/20031105_gmu_dnelson.pdf", "media_type": "pdf", "description": "Briefing given by David B. Nelson to the School of Computational Sciences at George Mason University in Fairfax, VA (November 5, 2003); Likely Characteristics of Likely Characteristics of Future Computing Environment; Security Concerns Are Also Evolving; Security Challenges of Future Computing Security Challenges of Future Computing Environment; Middleware; Data Grid Projects; Particle Physics Data Grid Particle Physics Data Grid; Earth System Grid; Security Implications of Grid Computing Security Implications of Grid Computing; Why should we care about privacy? Why should we care about privacy? Example of Middleware: Web Services Example of Middleware: Web Services; Web Services are Emerging Standards for Web Services are Emerging Standards for e-commerce; Security in Web Services is Just Being Security in Web Services is Just Being Developed Developed; Future of Network Technology; Business Models; Emerging Issue of Role Emerging Issue of Role-Based Security Based Security.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "security; grid; privacy; NITRD Program", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-10-29-2003-0001-01", "year": "2003", "pp_date": "10/29/2003", "title": "Trends in Federal Information Technology R&D", "author": "David B. Nelson", "file_url": "https://www.nitrd.gov/historical/presentations-nco/20031029_sbir_dnelson.pdf", "media_type": "pdf", "description": "Briefing given by David B. Nelson at the 2003 Fall National SBIR/STTR Conference held at the Renaissance Cleveland Hotel, Tower City center in Cleveland, OH (October 29, 2003); Federal role in networking and information Federal role in networking and information Technology R&D; Participating Agencies and Departments Participating Agencies and Departments; NITRD Program Coordination NITRD Program Coordination; General Trends in IT R&D; High End Computing High End Computing; Large Scale Networking; Human-Computer Interaction and Computer Interaction and Information Management Information Management; Software Design and Productivity; High Confidence Software and Systems High Confidence Software and Systems; Illustrative IT Hard Problems; Functional INFOSEC hard problems Functional INFOSEC hard problems.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "NITRD Program; security; privacy; computation", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-10-21-2003-0001-01", "year": "2003", "pp_date": "10/21/2003", "title": "Security in the Future Computing Environment", "author": "David B. Nelson", "file_url": "https://www.nitrd.gov/historical/presentations-nco/20031021_noaa_dnelson.pdf", "media_type": "pdf", "description": "Briefing given by David B. Nelson at the NOAATECH 2004 Workshop and Expo sponsored by NOAA's Office of the CIO/High Performance Computing and Communications Office held at the Auditorium, Science center and the Building 4 Conference center in Silver Spring, MD.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "NITRD Program; security; privacy; computation", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-10-02-2003-0001-01", "year": "2003", "pp_date": "10/2/2003", "title": "Networking and Information Technology Research and Development: Scientific and Technical Aspects", "author": "David B. Nelson", "file_url": "https://www.nitrd.gov/historical/presentations-nco/20031002_infocast_dnelson.pdf", "media_type": "pdf", "description": "Briefing given by David B. Nelson at the Federal Networking and IT Research FY 2004 Conference sponsored by the American Association for Advancement of Science (AAAS) and Infocast held at the Hyatt Regency in Washington, DC; The Federal government plays a critical role The Federal government plays a critical role in supporting fundamental research in in supporting fundamental research in networking and IT; Participating Agencies and Departments; NITRD Program Coordination; High-End Computing (HEC); Applications of High Applications of High-End Computing; User and Agency Views on High User and Agency Views on High -End Computing; Goals of High Goals of High-End Computing End Computing Revitalization Task Force.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "NITRD Program; high-end computing; large-scale networking", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-08-07-2003-0001-01", "year": "2003", "pp_date": "8/7/2003", "title": "High End Computing Revitalization Task Force Update", "author": "David B. Nelson", "file_url": "https://www.nitrd.gov/historical/presentations-nco/20030807_casc_dnelson.pdf", "media_type": "pdf", "description": "Briefing given by David B. Nelson at the Coalition for Academic Scientific Computation (CASC) Meeting at the Doubletree Hotel and Executive Meeting in Berkeley, CA.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "high-end computing", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-07-23-2003-0001-01", "year": "2003", "pp_date": "7/23/2003", "title": "Computer Architecture: Science or Religion", "author": "David B. Nelson", "file_url": "https://www.nitrd.gov/historical/presentations-nco/20030723_army_dnelson.pdf", "media_type": "pdf", "description": "Briefing given by David B. Nelson at the Army Research Laboratory Major Shared Resource center (ARL MSRC), Raytheon, and the Ohio Supercomputer center (OSC) sponsored Commodity Cluster Symposium held at the Holiday Inn in Tysons Corner, VA (July 23, 2003); Short Tour of Computer Architecture History; Current State of Computer Architecture and Its Effect on Code Performance; Projections About the Future.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "computer architecture", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-07-15-2003-0001-01", "year": "2003", "pp_date": "7/15/2003", "title": "Modeling and Simulation: The Good, the Bad, and the Hopeful", "author": "David B. Nelson", "file_url": "https://www.nitrd.gov/historical/presentations-nco/20030715_doe_dnelson.pdf", "media_type": "pdf", "description": "Briefing given by David B. Nelson at the DOE Computational Science Graduate Fellowship Meeting held at the Washington Court Hotel, Washington, DC (July 15, 2003); Computational Science is now a third pillar of research, along with experiment and theory. High-end computers are getting harder to use and more inefficient. Federal agencies are recognizing this and working to improve things.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "computational science; high-end computing", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-06-23-2003-0001-01", "year": "2003", "pp_date": "6/23/2003", "title": "Networking and Information Technology Research and Development Program and Budget", "author": "David B. Nelson", "file_url": "https://www.nitrd.gov/historical/presentations-nco/20030623_umhelen.pdf", "media_type": "pdf", "description": "Briefing given by Helen M. Gigley at the UM'03 9th International Conference on User Modeling held at the University of Pittsburgh at Johnstown, Johnstown, PA (June 23, 2003); NITRD Program Coordination; Priorities for the Coordinating Groups.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "NITRD Program", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-05-14-2003-0001-01", "year": "2003", "pp_date": "5/14/2003", "title": "Security in the Future Computing Environment", "author": "David B. Nelson", "file_url": "https://www.nitrd.gov/historical/presentations-nco/20030514_it_security_dnelson.pdf", "media_type": "pdf", "description": "Briefing given by David B. Nelson at the 5th Annual Redstone/NASA Marshall Information Technology Security and Assurance Conference and Exposition held in Huntsville, Alabama (May 14, 2003).", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "security; grid; privacy; NITRD Program", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-05-06-2003-0001-01", "year": "2003", "pp_date": "5/6/2003", "title": "Meeting National Environmental Goals: Coordinated Federal IT Solutions", "author": "David B. Nelson", "file_url": "https://www.nitrd.gov/historical/presentations-nco/20030506_epa_dnelson.pdf", "media_type": "pdf", "description": "Briefing given by David B. Nelson at the EPA 2003 Science Forum: Emerging Technology Topic at the Ronald Reagan Building in Washington, DC (May 6, 2003); Examples of Environment-Related Information Technology Research.\n", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "NITRD Program; national; environment", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-04-18-2003-0001-01", "year": "2003", "pp_date": "4/18/2003", "title": "Successful Government Use of High Performance Computing", "author": "David B. Nelson", "file_url": "https://www.nitrd.gov/historical/presentations-nco/20030418_langly_dnelson.pdf", "media_type": "pdf", "description": "Briefing given by David B. Nelson at NASA Langley Research center in Hampton, VA (April 18, 2003).", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "high performance computing", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-04-11-2003-0001-01", "year": "2003", "pp_date": "4/11/2003", "title": "Interagency Large Scale Networking Program", "author": "David B. Nelson", "file_url": "https://www.nitrd.gov/historical/presentations-nco/internet2_dnelson_20030411.pdf", "media_type": "pdf", "description": "Briefing given by David B. Nelson at the Internet2 Spring Meeting at the Crystal Gateway Marriott in Arlington, VA (April 11, 2003); Large Scale Networking (LSN); LSN Collaboration Research Areas.\n", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "large-scale networking", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-04-08-2003-0001-01", "year": "2003", "pp_date": "4/8/2003", "title": "Federal Government Prospective on High End Computing", "author": "David B. Nelson", "file_url": "https://www.nitrd.gov/historical/presentations-nco/internet_dnelson_20030408.pdf", "media_type": "pdf", "description": "Briefing given by David B. Nelson at the HPC User Forum Meeting at Sundance Resort in Sundance, Utah (April 8, 2003).", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "high-end computing", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-03-26-2003-0001-01", "year": "2003", "pp_date": "3/26/2003", "title": "Federal Government Prospective on High End Computing", "author": "David B. Nelson", "file_url": "https://www.nitrd.gov/historical/presentations-nco/ibm_dnelson_20030326.pdf", "media_type": "pdf", "description": "Briefing given by David B. Nelson at The Future of High Performance Computing: Leadership and Technological Advancement Symposium sponsored by IBM (March 26, 2003).", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "high-end computing", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-03-19-2003-0001-01", "year": "2003", "pp_date": "3/19/2003", "title": "Research by Federal Agencies That Will Affect Future Computing Paradigms for Aerospace", "author": "David B. Nelson", "file_url": "https://www.nitrd.gov/historical/presentations-nco/nasa_lrc_20030319_dnelson.pdf", "media_type": "pdf", "description": "Briefing given by David B. Nelson at the workshop on \"Emerging and Future Computing Paradigms and their impact on Research, Training and Design Environments of the Aerospace Workforce\" sponsored by Old Dominion University center for Advanced Engineering Environments and NASA Langley Research center in Hampton, VA (March 19, 2003); Grid Technology Opportunities and Needs; Grid Communities & Applications; Performance Measures; High End Computing; High End Computing Revitalization\nTask Force (HECRTF).", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "high-end computing", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-03-05-2003-0001-01", "year": "2003", "pp_date": "3/5/2003", "title": "Networking and Information Technology Research and Development Program", "author": "David B. Nelson", "file_url": "https://www.nitrd.gov/historical/presentations-nco/casc_dnelson_20030305.pdf", "media_type": "pdf", "description": "Briefing given by David B. Nelson at the Coalition for Academic Scientific Computation (CASC) Meeting at the Hilton Garden Inn in Washington, DC (March 5, 2003).", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "NITRD Program; high-end computing; open-source; software", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-03-03-2003-0001-01", "year": "2003", "pp_date": "3/3/2003", "title": "Networking and Information Technology Research and Development Program and Budget", "author": "David B. Nelson", "file_url": "https://www.nitrd.gov/historical/presentations-nco/ieee_dnelson_20030303.pdf", "media_type": "pdf", "description": "Briefing given by David B. Nelson at the Engineering R&D Symposium, \"Federal Outlook & Priorities for Fiscal Year 2004\", sponsored by IEEE at the Rayburn House Office Building in Washington, DC (March 3, 2003).", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "NITRD Program; high-end computing", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-07-15-2002-0001-01", "year": "2002", "pp_date": "7/15/2002", "title": "Federally Funded Information Technology Research and Development", "author": "Cita M. Furlani", "file_url": "https://www.nitrd.gov/historical/presentations-nco/furlani-tc-20020715.pdf", "media_type": "pdf", "description": "Information Technology R&D Program; From HPCC to IT R&D From HPCC to IT R&D; IT R&D Coordination Structure: IT R&D Coordination Structure: OSTP & NSTC; Participating Agencies and Departments Participating Agencies and Departments; Coordination of IT R&D Programs Coordination of IT R&D Programs; Interagency Working Group (IWG) on IT R&D Interagency Working Group (IWG); IT R&D Program Component Areas (PCAs); PITAC.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "NITRD Program", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-04-03-2002-0001-01", "year": "2002", "pp_date": "4/3/2002", "title": "National IT R&D Program", "author": "Cita M. Furlani", "file_url": "https://www.nitrd.gov/historical/presentations-nco/furlani-nhpcc-3apr02.pdf", "media_type": "pdf", "description": "Information Technology R&D Program; From HPCC to IT R&D From HPCC to IT R&D; IT R&D Coordination Structure: IT R&D Coordination Structure: OSTP & NSTC; Participating Agencies and Departments Participating Agencies and Departments; Coordination of IT R&D Programs Coordination of IT R&D Programs; Interagency Working Group (IWG) on IT R&D Interagency Working Group (IWG); IT R&D Program Component Areas (PCAs); PITAC.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "NITRD Program", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-01-09-2002-0001-01", "year": "2002", "pp_date": "1/9/2002", "title": "Federally Funded Information Technology Research and Development", "author": "Cita M. Furlani", "file_url": "https://www.nitrd.gov/historical/presentations-nco/thunderbird-9jan02.pdf", "media_type": "pdf", "description": "Information Technology R&D Program; From HPCC to IT R&D From HPCC to IT R&D; IT R&D Coordination Structure: IT R&D Coordination Structure: OSTP & NSTC; Participating Agencies and Departments Participating Agencies and Departments; Coordination of IT R&D Programs Coordination of IT R&D Programs; Interagency Working Group (IWG) on IT R&D Interagency Working Group (IWG); IT R&D Program Component Areas (PCAs); PITAC.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "NITRD Program", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0018-01", "year": "2001", "pp_date": "12/14/2001", "title": "Software Productivity through Automation and Design Knowledge", "author": "Cordell Green; Dusko Pavlovic; Douglas R. Smith", "file_url": "https://www.nitrd.gov/nitrdgroups/images/0/0e/Douglas_smith_software_productivity.pdf", "media_type": "pdf", "description": "White paper presented by Cordell Green at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation outline: \"...Dramatic increases in software productivity can be brought about by (re)use of software design knowledge and automated composition and refinement. There is evidence that a key reason for the complexity and inertia of large-scale systems is that the number of dependencies in code grows superlinearly with code size. Productivity can be increased by working with software parts that are relatively free of dependencies. This implies the use of modularity and abstrac- tion. We advocate the development of software systems from specifications (formal statements of functional and quality-of-service requirements) and design factors (representations of abstract design knowledge) by means of automated composition, refinement, and analysis...\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0019-01", "year": "2001", "pp_date": "12/14/2001", "title": "Models, Patterns, and Generators for Embedded Systems", "author": "Gabor Karsai", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2/2b/Gabor_karsai_models_patterns_and.pdf", "media_type": "pdf", "description": "White paper presented by Gabor Karsai at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation abstract: \"Model-based development of embedded information systems necessitates the use of generative techniques. Models determine and configure computations, but they also lend themselves to design-time analysis. This paper discusses why generative techniques are important for embedded systems, outlines how a general-purpose generator technology can be built to help the engineering of complex applications. However, a number of technical problems have to be solved before generators will become an everyday tool in embedded software development, related to the construction, verification, and usability of generators.\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0020-01", "year": "2001", "pp_date": "12/14/2001", "title": "A 'substrate' for dynamically defined behavior in high assurance, embedded, real-time systems", "author": "Gary Daugherty; Rockwell Collins", "file_url": "https://www.nitrd.gov/nitrdgroups/images/9/9d/Gary_daugherty_a_substrate_for_dynamically.pdf", "media_type": "pdf", "description": "White paper presented by Gary Daugherty at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation abstract: \"This paper proposes development of a standard'substrate' for dynamically defined behavior that supports the run-time definition of completely new and previously unanticipated behavior. This stands in contrast to most embedded, hard real-time systems that only support switching between previously defined states and alternatives. The proposal supports the ability to define new behaviors both as end user defined scenarios (which have a run-time representation), and as cross cutting strategies and policies (in an aspect-oriented sense). In the context of systems that learn, it can be used to exchange experience (learned strategies and optimized scenarios). In the context of command and control systems it can be used to issue'orders' corresponding to radical, and unexpected changes in mission. The approach will initially be targeted to a networked Java platform for high assurance, embedded, hard real-time systems. Support for an explicit state based run-time representation allows us to easily analyze system behavior using light weight formal methods such as model checkers. The incremental specification of new behavior allows us to explore similar incremental approaches to analysis. Potential DARPA applications include the use of the platform as a mission computer on an unmanned combat vehicle or, more generally, as a node in a highly adaptable next generation tactical Internet.\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0021-01", "year": "2001", "pp_date": "12/14/2001", "title": "New Directions in Avionics Software Design and Productivity", "author": "George Kasai; Mahesh Reddy", "file_url": "https://www.nitrd.gov/nitrdgroups/images/0/04/George_kasai_new_directions_in_avionics.pdf", "media_type": "pdf", "description": "White paper presented by George Kasai at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation abstract: \"Recent events significantly affect the direction of aircraft software design and productivity and open new avenues for the development and maintenance of more secure aircraft systems. Boeing is considering several new perspectives for aircraft systems design including advanced integration of mission, vehicle and ground software for predictive monitoring and prevention of catastrophic events. Software is the integrating force in future aircraft systems and current federated aircraft systems do not fully allow the desired integration, redundancy, monitoring and override capability required to assure aircraft safety and protection from attack. Radical improvements in current aircraft software design and productivity such as interface registration, integrated functions, partitioning and incremental verification allow insertion of monitoring and override systems required to provide safe and secure aircraft and airport systems. Barriers include provable isolation of integrated components from digital corruption and necessary improvements to aircraft system verification and certification methods. This paper provides a forum for discussion of the issues and possible approaches to new software design and development models and methods for aircraft systems.\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0022-01", "year": "2001", "pp_date": "12/14/2001", "title": "Government Support for Software Design and Productivity Research", "author": "Susan Graham", "file_url": "https://www.nitrd.gov/nitrdgroups/images/a/a8/Graham.pdf", "media_type": "pdf", "description": "Presentation given by Susan Graham at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation outline: \"PITAC Charter; PITAC History: Phase I; PITAC History: Phase II; Principal Finding; Remedy; Interagency Collaboration and Planning; Make software research a substantive component of every major information technology research initiative; Software efforts in other PITAC Report areas; Budget recommendation: Increase funding for software research; Making the Case for Software Research; Creating a Balanced Research Portfolio; What You Can Do to Help.\" ", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0023-01", "year": "2001", "pp_date": "12/14/2001", "title": "Aspect-Oriented Programming The Fun Has Just Begun", "author": "Gregor Kiczales", "file_url": "https://www.nitrd.gov/nitrdgroups/images/9/91/Gregor_kiczales_aspect_oriented_programming.pdf", "media_type": "pdf", "description": "White paper presented by Gregor Kiczales at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation outline: \"...We are on the verge of a fundamental change in software development. A central idea in all science and engineering - the idea of working with a system through multiple perspectives or views - is being enabled in software development in a powerful new way. In the past, software developers have had good technology for programming at different levels of abstraction or, in other words, working with views at different levels of detail. But more recently we have learned how to program through different crosscutting views. The immediate impact of this change has been to make it possible to modularize aspects of a system's implementation that previously could not be modularized. This is leading to software that is significantly more flexible, adaptable, and in all likelihood more robust than what we could previously develop...\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0024-01", "year": "2001", "pp_date": "12/14/2001", "title": "A fundamental breakthrough in how we think about and work in software development", "author": "Gregor Kiczales", "file_url": "https://www.nitrd.gov/nitrdgroups/images/b/bf/Gregor.pdf", "media_type": "pdf", "description": "Presentation given by Gregor Kiczales at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation outline: \"a fundamental breakthrough is possible; models - hierarchical and crosscutting; programs - hierarchical or level of detail; crosscutting programs; impact and agenda.\" \n", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0025-01", "year": "2001", "pp_date": "12/14/2001", "title": "From Programming To Software Engineering", "author": "David Hislop", "file_url": "https://www.nitrd.gov/nitrdgroups/images/6/62/Hislop.pdf", "media_type": "pdf", "description": "White paper presented at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation outline: \"...A major hindrance to progress in past times seems to be that few, if any, have attempted to revisit the set of design tasks from an engineering perspective and/or initiate a public debate. Rather we have attempted to dress up the loosely and/or de-coupled subtasks with \"process management tools \" and a variety of independently developed tools. While much progress has been made as to fundamental understandings the focus of research has often been on limited aspects of the various subtasks without explicitly addressing the need for the integration of the bits and pieces of an overall solution...\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0026-01", "year": "2001", "pp_date": "12/14/2001", "title": "Workshop on New Visions for Software Design and Workshop on New Visions for Software Design and Productivity: Welcome", "author": "Sally E. Howe", "file_url": "https://www.nitrd.gov/nitrdgroups/images/8/89/Howe.pdf", "media_type": "pdf", "description": "Welcoming remarks given by Sally Howe at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. ", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0027-01", "year": "2001", "pp_date": "12/14/2001", "title": "Breaking the Software Development Roadblock: Continuous Software Enhancement By Design Maintenance", "author": "Ira Baxter", "file_url": "https://www.nitrd.gov/nitrdgroups/images/1/10/Ira_baxter_breaking_the_software_development.pdf", "media_type": "pdf", "description": "White paper presented by Ira Baxter at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation abstract: \"The software development paradigm propounded by Semantic Designs, Inc. envisions a design-centric perspective rather than today's all too prevalent code-centric viewpoint. The Design Maintenance vision mandates notions of design and designing that are both formal and practicable. Our notion of a formal design entails three interrelated parts: specification (the artifact's functionality and performance goals); realization (including architectural design choices and ultimately, code); and rationale (justifying the realization of the specification). By practicable, we mean that each of the three parts of our formal notion of design are: 1) manipulable by both machine and software engineer; 2) scalable for real, industrial-size systems (10's of MSLOC); 3) able to accommodate systems that are realized using multiple domain specific languages (ranging from high-level specification languages to implementations comprised of multiple target-execution languages); and 4) capable of continuous, incremental enhancement and extension...\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0028-01", "year": "2001", "pp_date": "12/14/2001", "title": "Bridging the gap", "author": "Daniel Jackson", "file_url": "https://www.nitrd.gov/nitrdgroups/images/7/7b/Jackson.pdf", "media_type": "pdf", "description": "Presentation given by Daniel Jackson at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation outline: \"...code alone is bad, design models alone are bad, challenge - bridge gap between design models and code\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0029-01", "year": "2001", "pp_date": "12/14/2001", "title": "A New Generation of Systematic Programming Tools ", "author": "James Larus", "file_url": "https://www.nitrd.gov/nitrdgroups/images/d/d0/James_larus_a_new_generation_of.pdf", "media_type": "pdf", "description": "Presentation given by James Larus at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation outline: \"...Improving software and software development requires a new generation of programming languages and tools that make it possible to apply the enormous computational resources on a programmer's desk to the problem of finding errors and inconsistencies in programs. Although these tools alone will not find, let alone eliminate all programming errors, they have already demonstrated that they can improve program quality and reduce development cost. The Software Productivity Tools group in Microsoft Research has developed a variety of programming tools, which use simple, partial specifications and sophisticated program analysis to find errors systematically. This paper explains why this approach is beneficial, describes some existing tools, and points out the many open research directions...\" ", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0030-01", "year": "2001", "pp_date": "12/14/2001", "title": "The Next Steps For Aspect-Oriented Programming Languages (in Java)", "author": "Jim Hugunin", "file_url": "https://www.nitrd.gov/nitrdgroups/images/3/31/Jim_hugunin_the_next_steps_for_aspect.pdf", "media_type": "pdf", "description": "White paper presented by Jim Hugunin at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation outline: \"...Aspect-oriented programming (AOP) languages have reached an important milestone - developers are beginning to use them to build real commercial systems [1]. Just like in the early days of Smalltalk, many developers can get great advantage from using these new technologies despite the rough-edges that are always present in a first-generation technology. But just as in the early days of object-oriented programming (OOP) there remain many interesting problems to be solved to further improve the usability and power of this new technology and to maximize the benefits it can provide to developers...\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0031-01", "year": "2001", "pp_date": "12/14/2001", "title": "Some Research Directions in the Ptolemy Project", "author": "John Reekie; Edward A. Lee", "file_url": "https://www.nitrd.gov/nitrdgroups/images/0/06/John_reekie_some_research_directions.pdf", "media_type": "pdf", "description": "White paper presented by John Reekie at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation outline: \"...The Ptolemy project studies modeling, simulation, and design of concurrent, real-time, embedded systems. The focus is on assembly of concurrent components. The key underlying principle in the project is the use of well-defined models of computation that govern the interaction between components. The software system Ptolemy II has been in public release for about nine months now, and includes a number of implementations of different models of computation. In this presentation, we outline some new research directions in this project, aimed at enhancing the level of productivity and verifiability of real-time and embedded systems...\" ", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0032-01", "year": "2001", "pp_date": "12/14/2001", "title": "High-Level High-Precision Design and Programming of Real-Time Distributed Computing Components", "author": "K. H. (Kane) Kim", "file_url": "https://www.nitrd.gov/nitrdgroups/images/7/7a/Kane_kim_high_level_high_precision.pdf", "media_type": "pdf", "description": "White paper presented by K. H. (Kane) Kim at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation abstract: \"Current conditions in the information technology industry exhibit a compelling need for a realtime (RT) distributed programming and software engineering method which is at least multiple times more effective than currently widely practiced programming techniques [J-C00, Jen00, OMG99a, RTE00]. This new-generation RT distributed programming method must be based on a general highlevel programming style which can be accommodated with minimal efforts by current-generation business application programmers (using C++ and Java) rather than on a style that has been practiced by assembly language or low-level language programmers. Ideally, designers must be required to specify both the interactions among distributed program components and the timing requirements of various actions in natural intuitively appealing forms only...\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0033-01", "year": "2001", "pp_date": "12/14/2001", "title": "Performance Modeling for Software Integration", "author": "Kang Shin; Shige Wang", "file_url": "https://www.nitrd.gov/nitrdgroups/images/5/5f/Kang_shin_performance_modeling_for_software.pdf", "media_type": "pdf", "description": "White paper presented by Kang Shin at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation abstract: \"Software construction with reusable components and legacy code has proven useful for fast and low-cost software development in many real world applications. However, since this methodology is often applied to domains with stringent performance and resource constraints such as embedded systems, its ignorance of non-functional constraints makes it very difficult and expensive to meet the constraints at a post-integration stage...\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0034-01", "year": "2001", "pp_date": "12/14/2001", "title": "Modularity Matters Most", "author": "Karl Crary; Robert Harper; Peter Lee; Frank Pfenning", "file_url": "https://www.nitrd.gov/nitrdgroups/images/0/0e/Karl_crary_modularity_matters_most.pdf", "media_type": "pdf", "description": "White paper presented by Karl Crary at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation abstract: \"We contend that modularity is the key to improving software quality. We advocate a view of modularity that emphasizes not the mere assembling of software systems from component parts, but rather the specification of interfaces between components, verification that components meet their specifications, and the assembling only of components with compatible specifications. Key to this methodology is the use of types to specify and automatically to verify adherence to interfaces. We claim that this methodology makes a higher degree of software correctness possible than has often been achieved heretofore, and moreover, that it may be achieved in a practical manner. To reach this goal will require the development of sophisticated new type system, will require new techniques for modularizing certain correctness properties, and will require a delicate balance between concise code and automated checking.\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0035-01", "year": "2001", "pp_date": "12/14/2001", "title": "Coupling Mechanisms in Aspect-Oriented Software", "author": "Karl Lieberherr", "file_url": "https://www.nitrd.gov/nitrdgroups/images/a/ab/Karl_lieberherr_coupling_mechanisms.pdf", "media_type": "pdf", "description": "White paper presented by Karl Lieberherr at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation outline: \"The paper describes the need for the study and development of better crosscutting coupling mechanisms in software components to reduce brittleness. A software system consists of multiple crosscutting concerns and it is not only required to cleanly encapsulate and localize those concerns into components but in addition to control the coupling between the encapsulated concerns. Aspect-Oriented Programming has started to move in this direction; Adaptive Programming has since its inception studied crosscutting coupling mechanisms.\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0036-01", "year": "2001", "pp_date": "12/14/2001", "title": "Models, Patterns, and Generators", "author": "Gabor Karsai", "file_url": "https://www.nitrd.gov/nitrdgroups/images/a/a5/Karsai.pdf", "media_type": "pdf", "description": "Presentation given by Gabor Karsai at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation outline: \"Trends in Software Engineering; Towards a Model-based Approach; The needs; Specific application of the model-based approach; Integration via models.\"\n", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0037-01", "year": "2001", "pp_date": "12/14/2001", "title": "How I Spent My Moore's Law Dividend", "author": "Bob Laddaga", "file_url": "https://www.nitrd.gov/nitrdgroups/images/a/a1/Laddaga.pdf", "media_type": "pdf", "description": "Presentation given by Bob Laddaga at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation outline: \"What we should mean when we say embedded software will get more complex? What might we need?\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0038-01", "year": "2001", "pp_date": "12/14/2001", "title": "A New Generation of Systematic Programming Tools", "author": "James Larus", "file_url": "https://www.nitrd.gov/nitrdgroups/images/a/a9/Larus.pdf", "media_type": "pdf", "description": "Presentation given by James Larus at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation outline: \"...No one knows how to write high-quality software in a cost-effective, scalable manner: High quality -> rich functionality and few errors; Cost effective -> time and money; Scalable -> large code base and development team…\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0039-01", "year": "2001", "pp_date": "12/14/2001", "title": "Program Analysis and Implementation Techniques for Real-Time and Embedded Software Interoperability", "author": "Martin Rinard", "file_url": "https://www.nitrd.gov/nitrdgroups/images/9/97/Martin_rinard_program_analysis_and_implem.pdf", "media_type": "pdf", "description": "White paper presented by Martin Rinard at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation abstract: \"We propose a new set of program analysis and implementation technologies to enable the integration of mainstream development practices and languages into the development of real-time and embedded systems. These technologies include analyses that extract the resource require- ments of the real-time components and a set of synchronization and scheduling techniques that make it possible for these two traditionally disjoint kinds of software to interoperate.\" ", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0040-01", "year": "2001", "pp_date": "12/14/2001", "title": "Challenges for Building Complex Real-time Computing Systems", "author": "Michael Masters; Lonnie Welch\n", "file_url": "https://www.nitrd.gov/nitrdgroups/images/5/5f/Michael_masters_challenges_for_building.pdf", "media_type": "pdf", "description": "White paper presented by Michael Masters at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation abstract: \"In the early years of computing, real-time systems consisted of single computers interfaced to a few sensors and effectors, and perhaps to a user control device as well. While such systems still exist, and have become almost ubiquitous in a myriad of everyday devices, the world of real-time computing has expanded in scope and complexity in ways comparable to the proliferation of computers for many other aspects of business, economic and social life. Perhaps the most recent evidence of this expansion is the employment of distributed processing to achieve the objectives of real-time system designers. With the expanded use of computers, particularly in distributed real-time embedded systems (DREs), issues of complexity have emerged that were not faced by early real-time system designers. Complex aggregations of computers operating as a distributed system have assumed a distinctly different character from early real-time systems, exhibiting far more variation in form as well as in the underlying technology base. Dealing with this complexity has become a major driver for innovation in both system architecture and computing technology. The challenge designers face today is, how to design, build, deploy and maintain ever larger and more capable distributed real-time embedded systems to meet the demands of a changing world. Modern real-time systems are likely to be more than just systems; they are rapidly becoming large-scale systems of systems. Because of their long life and high cost, complex real-time systems cannot be recreated as new starts when new requirements emerge. They must evolve and undergo changes and upgrades in place. Furthermore, since the technology base on which DREs are built is changing rapidly, complex real-time systems must allow for the convenient insertion of new computing equipment and supporting software products. For these reasons, flexibility of design has become a paramount concern. This paper will present major challenges and promising solutions for the problem of building real-time open architectures. Based on our experience within the Navy shipboard computing systems domain, we will consider technical characteristics, change management, system flexibility and dynamic resource management.\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0041-01", "year": "2001", "pp_date": "12/14/2001", "title": "Component Technologies and Fundamental Research in Interoperability", "author": "Michael Mislove; Joy Reed", "file_url": "https://www.nitrd.gov/nitrdgroups/images/c/c0/Michael_mislove_component_technologies.pdf", "media_type": "pdf", "description": "White paper presented by Michael Mislove at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation abstract: \"The complexity of the software infrastructure of the information age is a significant issue affecting the security and economic viability of the U.S. Despite being of fundamental importance to the proper functioning of so much of our everyday life, these complex systems often exhibit bugs that cause system crashes and vulnerabilities to cyber attacks, such as Internet viruses and worms. As ever more complex systems are adopted for use in safety critical applications, it is important to seek methodologies that can assure these systems function as intended, and are invulnerable to interference from hackers. Formal methods have long been viewed as a promising approach to providing such technologies, but the complexities of industrial-strength systems have proven too much for the homogeneous approach most often associated with formal methods analysis. In this white paper we outline an alternative, heterogeneous approach which seeks to apply formal methods in a component-wise fashion that combines varying approaches. We motivate this approach with an example that includes a formal analysis of an event-based system, combined with a similar analysis for a state-based system. Our goal is to devise a wide range of component methods that can be applied where appropriate, and combined under the umbrella an overall formal analysis system.\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0042-01", "year": "2001", "pp_date": "12/14/2001", "title": "Community-Based Software Development Under Time Pressure", "author": "Robert Neches", "file_url": "https://www.nitrd.gov/nitrdgroups/images/8/8b/Neches.pdf", "media_type": "pdf", "description": "Presentation given by Robert Neches at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation outline: \"Needs; Emerging Promising Technologies; GeoWorlds: Component-Based Architecture; Scripting and Data Fusion (In-Young Ko); Large Apps in a Hurry; New Directions.\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0043-01", "year": "2001", "pp_date": "12/14/2001", "title": "Programming-in-the-Many: A Software Engineering Paradigm for the 21st Century", "author": "Nenad Medvidovic; Marija Mikic-Rakic", "file_url": "https://www.nitrd.gov/nitrdgroups/images/9/92/Nenad_medvidovic_programming_in_the_many.pdf", "media_type": "pdf", "description": "White paper presented by Nenad Medvidovic at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation abstract: \"Over the past several decades software researchers and practitioners have proposed various approaches, techniques, and tools for developing large-scale software systems. The results of these efforts have been characterized as programming-in-the-large (PitL). A new set of challenges has arisen with the emergence of inexpensive, small, heterogeneous, resource-constrained, possibly embedded, highly-distributed, and highly-mobile computing platforms. We refer to software development in this new setting as programming-in-the-many (PitM). This paper argues for a concerted research effort needed to address the challenges of PitM. As \"proof-of-concept\" we highlight the results of a research project we have conducted in this area over the past two years. While the details of our work may not be universally applicable, we believe that our approach suggests a plausible software engineering research agenda for the future. The centerpiece of our approach is a software architectural style with explicit support for the needs of PitM applications: self-awareness, distribution, heterogeneity, dynamism, mobility, and disconnected operation. The style is accompanied by a set of implementation, deployment, and runtime evolution tools targeted to a variety of traditional (i.e., desktop) and mobile computing platforms. Our approach has been successfully applied on several applications. While a number of issues pertaining to PitM remain areas of future work, our experience to date has been very positive.\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0044-01", "year": "2001", "pp_date": "12/14/2001", "title": "The Future of Software and Software Research: Panel 2 Summary", "author": "Workshop participants", "file_url": "https://www.nitrd.gov/nitrdgroups/images/6/6b/Panel2-outbrief.pdf", "media_type": "pdf", "description": "\"New Programming Paradigms\" Panel Summary from SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation outline: \"software is inherently complex; (a sea of) concerns; what good abstraction and (de)composition means; opportunity; vision: multi-faceted software development; scope of vision; e.g. (1) - model-based computing; e.g. (2) - UML; e.g. (3) - Bold Stroke in AOP experiment; e.g. (4) - partial spec plus checking.\"\n", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0045-01", "year": "2001", "pp_date": "12/14/2001", "title": "The Future of Software and Software Research: Panel 3 Summary, Programming for the Real-World (Embedded Systems)", "author": "Workshop participants", "file_url": "https://www.nitrd.gov/nitrdgroups/images/1/18/Panel3-outbrief.pdf", "media_type": "pdf", "description": "\"Programming for the Real-World (Embedded Systems)\" Panel Summary from SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation outline: \"Notable Progress; What we can't do; What we can't do (tech speak); Promising Technology.\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0046-01", "year": "2001", "pp_date": "12/14/2001", "title": "The Future of Software and Software Research: Panel 4 outbrief", "author": "Workshop participants", "file_url": "https://www.nitrd.gov/nitrdgroups/images/7/7b/Panel4-outbrief.pdf", "media_type": "pdf", "description": "\"Large-Scale Distributed Systems\" Panel Summary from SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation outline: \"New Forces/ Opportunities/ Requirements/ Visions; Example Applications; Technical Problems; Research Directions and Approaches; Other Required Research; Benefits or how we will make the world a better or safer place; Observations on Approach; What Could be Accomplished When; Metrics of Progress.\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0047-01", "year": "2001", "pp_date": "12/14/2001", "title": "Declarative Real-World Abstractions", "author": "Paul Hudak", "file_url": "https://www.nitrd.gov/nitrdgroups/images/3/35/Paul_hudak_declarative_abstractions.pdf", "media_type": "pdf", "description": "White paper presented by Paul Hudak at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation abstract: \"Abstraction is often described as the key to effective software design, and declarative approaches to software design are often promoted as the most clear and succinct. Unfortunately, language and systems designers often get caught up in the their own little worlds, inventing abstractions and declarative techniques that are justified based on intrinsic values known only to language and systems design specialists. What the designers have forgotten about is the real world. What we should be striving for are declarative abstractions of real world phenomena. In t his paper several examples of such abstractions are described in brief.\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0048-01", "year": "2001", "pp_date": "12/14/2001", "title": "Perceptually Enabled Software", "author": "Paul Robertson; Howie Shrobe", "file_url": "https://www.nitrd.gov/nitrdgroups/images/7/76/Paul_robertson_perceptually_enabled_software.pdf", "media_type": "pdf", "description": "White paper presented by Paul Robertson at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation abstract: \"Our vision of ubiquitous computing is that our environment will be heavily populated by devices under computer control, and that these devices will be interconnected and interfaced with each other and with us. Many of the devices under computer control will be sensors that provide a window from the world of interconnected computation into the physical world around us. Our view of ubiquitous computing makes it clear that moving ahead in the sensor, effector arena is not sufficient, we also need our computers to be able to dialogue, and understand both command and context. We understand our world, and communicate with each other via seeing, hearing, speaking and gesturing. If we are not to become enslaved by our ubiquitous computing environments, they will need to communicate with us in the same manner, and understand the context in which such dialogues occur. We focus on what is required of software development tools and methods for building the comprehensive vision systems of the embedded computing future. In particular, we present an example of a self-adaptive software architecture for vision systems, developed by the first author while at Oxford.\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0049-01", "year": "2001", "pp_date": "12/14/2001", "title": "Self Adaptive Software", "author": "Paul Robertson", "file_url": "https://www.nitrd.gov/nitrdgroups/images/d/d5/Paul_robertson_self_adaptive_software.pdf", "media_type": "pdf", "description": "White Paper for the Workshop on New Visions for Software Design and Productivity. Presentation abstract: \"We have proposed self-adaptive architectures as an ideal approach for solving problems of aerial image understanding. It is clear that these architectures are useful for a broad collection of problems, including problems of highly volatile dynamic embedded applications. In order to demonstrate such capability, we are expanding and extending the GRAVA architecture to new image understanding domains (face recognition) and extending it for real-time use. In the following sections we briefly describe GRAVA and the extensions currently underway.\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0050-01", "year": "2001", "pp_date": "12/14/2001", "title": "You can't even ask them to push a button: Toward ubiquitous, developer-centric, empirical software engineering", "author": "Philip Johnson", "file_url": "https://www.nitrd.gov/nitrdgroups/images/3/30/Philip_johnson_you_cant_even_ask.pdf", "media_type": "pdf", "description": "White paper presented by Philip Johnson at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation abstract: \"Collection and analysis of empirical software project data is central to modern techniques for improving software quality, programmer productivity, and the economics of software project development. Unfortunately, barriers surrounding the cost, quality, and utility of empirical project data hamper effective collection and application in many software development organizations. This paper describes Hackystat, an approach to enabling ubiquitous collection and analysis of empirical software project data. The approach rests on three design criteria: data collection and analysis must be developer-centric rather than management-centric; it must be in-process rather than between-process, and it must be non-disruptive—it must not require developers to interrupt their activities to collect and/or analyze data. Hackystat is being implemented via an open source, sensor and web service based architecture. After a developer instruments their commercial development environment tools (such as their compiler, editor, version control system, and so forth) with Hackystat sensors, data is silently and unobtrusively collected and sent to a centralized web service. The web service runs analysis mechanisms over the data and sends email notifications back to a developer when \"interesting\" changes in their process or product occur.\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0051-01", "year": "2001", "pp_date": "12/14/2001", "title": "The Future of Software and Software Research", "author": "Adam Porter", "file_url": "https://www.nitrd.gov/nitrdgroups/images/0/06/Porter.pdf", "media_type": "pdf", "description": "Presentation given by Adam Porter at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation outline: \"...Software's rapid penetration throughout the economy is challenging fundamental assumptions underlying software research and how research is conducted. n Question: What effect should/will this have on software research?...\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0052-01", "year": "2001", "pp_date": "12/14/2001", "title": "Evolution in Distributed Heterogeneous Systems", "author": "Premkumar Devanbu; Eric Wohlstadter", "file_url": "https://www.nitrd.gov/nitrdgroups/images/c/c9/Premkumar_devanbu_evolution_in_distributed.pdf", "media_type": "pdf", "description": "White paper presented by Premkumar Devanbu at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation abstract: \"Distributed, heterogeneous systems are becoming very common, as globalized organizations integrate applications running on different platforms, possibly written in different languages. Component-interoperability standards such as CORBA are critical enablers of this trend. Certain non-functional requirements for such features as security, quality of service, flexible administration are specially critical to distributed heterogeneous systems. Unfortunately, such requirements are often formulated late, since they depend upon a particular installation, and/or change rapidly with business and political climate. Distributed, heterogeneous systems are particularly difficult to evolve, since the elements are written in different languages, and the operational environment is heterogeneous and distributed. Adding \"non-functional\" features late in the game is specially hard; the required modifications are scattered through the implementations of the different components. Their design and implementation is also obscured by code delocalization, as well as by complexities arising from co-ordination and synchronization considerations. We would like to address this problem with solutions that are animated by practical software engineering goals: type safety of scattered changes, and their interactions; explicit design models, with traceability to code; inter-operability with legacy components and binary COTS components; and opportunistic optimization, leveraging any available optimizations existing in the compilers that are in use.\" ", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0053-01", "year": "2001", "pp_date": "12/14/2001", "title": "Middleware-Based Software Infrastructures for the Transparent Composition of System Properties", "author": "Priya Narasimhan", "file_url": "https://www.nitrd.gov/nitrdgroups/images/0/04/Priya_narasimhan_middleware_base.pdf", "media_type": "pdf", "description": "White paper presented by Priya Narasimhan at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation abstract: \"As applications become more complicated, and yet demand even more system properties, such as reliability, realtime, security, etc., software developers face the challenges of building real-world critical applications without unduly increasing the application complexity. This paper presents a novel middleware-based infrastructure that allows multiple system properties to be composed and provided simultaneously to the application. By operating transparently, the infrastructure allows unmodified middleware-based applications to reap the benefits of these system properties, without any increase in the application's complexity or any additional effort on the application programmer's part.\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0054-01", "year": "2001", "pp_date": "12/14/2001", "title": "The Future of Software and Software Research Workshop: Large-Scale Distributed Systems Panel", "author": "Priya Narasimhan", "file_url": "https://www.nitrd.gov/nitrdgroups/images/d/d5/Priya.pdf", "media_type": "pdf", "description": "Presentation given by Priya Narasimhan at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation outline: \"What does large-scale mean? How do we \"grow\" middleware gracefully without degrading any of its services? System properties or \"-ilities\"; Marrying various \"-ilities\"; Challenges; Long-Term Benefits.\" \n", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0055-01", "year": "2001", "pp_date": "12/14/2001", "title": "Beyond Documentation", "author": "R. Gamble; L. Davis; D. Flagg; G. Jonsdottir", "file_url": "https://www.nitrd.gov/nitrdgroups/images/3/33/R_gamble_beyond_documentation.pdf", "media_type": "pdf", "description": "White paper presented by R. Gamble at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation abstract: \"Software component integration is increasingly permeating product development, impacting everything from government, ecommerce and enterprise application systems. While companies and government agencies attempt to streamline their business and provide better customer service, software and middleware vendors are all vying for dominance to bridge the gap between legacy software and COTS, and the new technology that is available to integrate them. There are a number of major problems with this scenario, particularly those with respect to determining the fit of a component in a multi-component application, instantiating the medium by which components should be connected, assuring that the integration meets security requirements, and defining the enterprise infrastructure that enfolds them...\" ", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0056-01", "year": "2001", "pp_date": "12/14/2001", "title": "Model-Based Design of Embedded Software", "author": "Rajeev Alur", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2/2b/Rajeev_alur_model_based_design.pdf", "media_type": "pdf", "description": "White paper presented by Rajeev Alur at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation abstract: \"Traditional control engineering provides mathematical tools for designing control laws for dynamical systems. Programming languages and software engineering, while rich in techniques for layering and structuring of complex software with multiple features and concurrency, abstract from real-time and dynamics. As software embedded in physical devices gets complex and distributed, the emerging discipline of hybrid systems that combines control engineering and software science, can provide the foundation for systematic design. This paper outlines promising research directions for modeling and analysis of embedded systems for improved design automation and increased safety.\" ", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0057-01", "year": "2001", "pp_date": "12/14/2001", "title": "Program Restructuring", "author": "Ralph Johnson", "file_url": "https://www.nitrd.gov/nitrdgroups/images/4/45/Ralph_johnson_program_restructuring.pdf", "media_type": "pdf", "description": "White paper presented by Ralph Johnson at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation abstract: \"Program restructuring is an activity that has been traditionally applied to legacy software, but recently it has been advocated during the production of new systems. When carried out properly, it increases the value of legacy software and improves the quality of new software. However, it is not practiced very much. Part of the problem is the lack of tool support, but a bigger problem is lack of understanding on the part of software developers. If program restructuring is properly supported, it can become widely used. If it is widely used, it will improve the quality and decrease the cost of software.\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0058-01", "year": "2001", "pp_date": "12/14/2001", "title": "New Paradigms For LargeScale Software Design And Development", "author": "Grady Booch", "file_url": "https://www.nitrd.gov/nitrdgroups/images/e/e2/Rational-Booch.pdf", "media_type": "pdf", "description": "Presentation given by Grady Booch at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation outline: \"Forces In Software; Points Of Friction; Creating A Frictionless Surface; Disruptive Technologies.\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0059-01", "year": "2001", "pp_date": "12/14/2001", "title": "Heterogeneous Modeling of Embedded Software", "author": "John Reekie; Edward Lee", "file_url": "https://www.nitrd.gov/nitrdgroups/images/a/a6/Reekie.pdf", "media_type": "pdf", "description": "Presentation given by John Reekie at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation outline: \"Aspects of embedded software; Heterogeneous models of computation; Example: Controlling an inverted pendulum; Hierarchical Heterogeneity; Therefore: Hierarchical, Compositional Models are Key; A Laboratory for Exploring Component Frameworks; Interface Theories (de Alfaro and Henzinger); Implementation Architecture: API; Compile to Abstract Machine; Protocol. Software experts are unlikely to solve the embedded software problem on their own. Actors with ports are better than objects with methods for embedded system design. Well-founded models of computation matter a great deal. Further research can extend the application of hierarchical heterogeneous models of computation in embedded systems.\"\n\n", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0060-01", "year": "2001", "pp_date": "12/14/2001", "title": "Software Directions for Network Centric Distributed Computing Systems", "author": "Richard Schantz; Joseph Loyall", "file_url": "https://www.nitrd.gov/nitrdgroups/images/0/0c/Richard_schantz_software_directions_for.pdf", "media_type": "pdf", "description": "White paper presented by Richard Schantz at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation abstract: \"We are moving rapidly toward a world in which the dominant computer architecture is that of network centric systems of systems, with widely distributed embedded and non-embedded components. We envision a simultaneous evolution of software environments and techniques over the next decade to better support the development of these network centric systems. This evolution will be from the current process of programming relatively static systems with centralized control to the construction of flexible systems from off-the-shelf parts - systems with decentralized control, awareness of the environments in which they are embedded, and the ability to automatically adapt and make the resource management tradeoffs appropriate to changes in those environments. These systems will be longer-lived and more robust than those enabled by today's program from scratch, ad hoc distributed systems. The dominant technical barrier is the development of a new computational model incorporating resource aware and managed tradeoff behavior in a highly networked environment constructed through composition techniques.\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0061-01", "year": "2001", "pp_date": "12/14/2001", "title": "Function Follows Form: Architecture and 21st Century Software Engineering", "author": "Richard Taylor; Eric Dashofy", "file_url": "https://www.nitrd.gov/nitrdgroups/images/d/dc/Richard_taylor_function_follows_form.pdf", "media_type": "pdf", "description": "White paper presented by Richard Taylor at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation abstract: \"While the principles and approaches for software development created and advocated by David Parnas and his colleagues have provided primary guidance for engineers for two decades, they are no longer sufficient or appropriate. Products and their contexts as well as the development processes and their contexts have changed dramatically. A new set of principles and approaches are needed. This paper argues for a particular set, chief of which is the use of software architectures as the primary concept in development. We also argue that certain specific architectural styles be adopted as the dominant paradigms, in particular event-based notification and, to a somewhat lesser extent, peer-to-peer architectures. No new technologies or techniques are presented. Rather, this paper is an exploration of priorities for developers, researchers, and educators.\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0062-01", "year": "2001", "pp_date": "12/14/2001", "title": "Tolerant Software", "author": "Robert Laddaga", "file_url": "https://www.nitrd.gov/nitrdgroups/images/3/33/Robert_laddaga_tolerant_software.pdf", "media_type": "pdf", "description": "White paper presented by Robert Laddaga at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation abstract: \"Among the most difficult problems in software development that we will face in the future, are those connected with producing software for embedded systems. Examples of such systems include cell phones, watches, cd players, cars, airplanes, and oil refineries. Many of these use several, hundreds or even thousands of processors. The real-world processes controlled by embedded processors introduce numerous difficult constraints that must be met in programming these embedded processors. Among these difficult constraints are real-time requirements (such as scheduling and prioritizing), signal processing requirements (mitigating noise, signal fusion), and actuator control problems (stability and predictability). These constraints are difficult precisely because they affect our programs globally, and because our programs contribute globally to these problems. In this white paper, we discuss why rational, distributed resource management and tolerant, negotiated interface technologies are needed for embedded systems, and how we might develop them. Resource management is required for all sufficiently complex software driven systems. Rational resource management considers diverse deterministic and probabilistic information about resource allocation issues, as well as explicit utilities for resource usage, and then computes or approximates maximization of expected utility. A distributed approach to resource management envisions individual agents solving local problems via negotiation, and building dynamic problem solving hierarchies. Tolerant interfaces in software components are designed to inquire or discover the requirements of another component, be able to communicate its own requirements, and then operate on itself to produce the required interface behaviors.\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0063-01", "year": "2001", "pp_date": "12/14/2001", "title": "Dependability Co-Design", "author": "R. A. Riemenschneider; Steve Dawson", "file_url": "https://www.nitrd.gov/nitrdgroups/images/d/db/Robert_riemenschneider_dependability_co_design.pdf", "media_type": "pdf", "description": "White paper presented by R. A. Riemenschneider at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation abstract: \"It is widely agreed that high levels of software system dependability can only be achieved if the system is designed with dependability in mind; security and other dependability properties cannot be \"added-on\" to an undependable implementation. However, most modern software development methodologies are based on the notion that quality is achieved through incremental improvement. The question then arises: Are these modern evolutionary methodologies incompatible with strict dependability requirements? Our answer is that they need not be, provided dependability concerns are addressed in a semi-independent, but closely coupled, fashion we call dependability co-design.\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0064-01", "year": "2001", "pp_date": "12/14/2001", "title": "Dynamically reconfigurable software components", "author": "Samuel Kamin; Lars Clausen", "file_url": "https://www.nitrd.gov/nitrdgroups/images/3/32/Samuel_kamin_dynamically_reconfigurable.pdf", "media_type": "pdf", "description": "White paper presented by Samuel Kamin at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation abstract: \"Two forces in the modern software engineering environment suggest a style of program development in which small functional units, which we call components, are separately deployed and combined to create complete applications. These forces are the intense time-to-market pressures which require great reusability of software, and the decreasing size and increasing ubiquity of computers with communication capabilities. Traditional components subroutine libraries, COM or CORBA components are highly deployable but are too large. They provide extremely useful reusability at a certain level, but they do not account for the most common case: when a deployable unit is not quite what is needed, and needs to be modified. For these cases, class libraries are better, but they are too bulky for some applications...\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0065-01", "year": "2001", "pp_date": "12/14/2001", "title": "Large-Scale Distributed Systems and Software Development and Productivity", "author": "Rick Schantz", "file_url": "https://www.nitrd.gov/nitrdgroups/images/4/4b/Schantz.pdf", "media_type": "pdf", "description": "Presentation given by Rick Schantz at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation abstract: \"What requirements/ forces/ changes/ insights will be the drivers for moving forward or to new approaches? What is the current baseline for our capability to develop such systems (what can and can't we do)? What are the key problems/ technologies and approaches to the problems/ technologies which need to be addressed/ overcome in moving forward? What would happen differently/ be enabled if we overcame these problems? Where might we realistically expect to be in 2 years, 5 years, 10 years, if we committed significant effort to these issues?\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0066-01", "year": "2001", "pp_date": "12/14/2001", "title": "The Researcher's Dilemma When Technology Success Causes Great Communities to Fail (at Mission-oriented R&D Agencies)", "author": "Douglas Schmidt", "file_url": "https://www.nitrd.gov/nitrdgroups/images/0/0f/Schmidt_govpanel.pdf", "media_type": "pdf", "description": "Presentation given by Douglas Schmidt at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation outline: \"Mr. Schmidt Goes to Washington: Observations from Serving at DARPA; Causes of Perceived IT R&D Commoditization; Consequences of Poor Community Planning & Execution; The Bottom Line: IT R&D in mission-oriented agencies is too important to US national security & economic prosperity to be left to chance.\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0067-01", "year": "2001", "pp_date": "12/14/2001", "title": "Software Design & Productivity DoD Challenges & Expectations", "author": "Douglas Schmidt", "file_url": "https://www.nitrd.gov/nitrdgroups/images/c/c3/Schmidt_intro.pdf", "media_type": "pdf", "description": "Presentation given by Douglas Schmidt at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation outline: \"Why DoD Cares About SDP; Key SDP Challenges for DoD; How You Can Help Us.\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0068-01", "year": "2001", "pp_date": "12/14/2001", "title": "Embedded Software Design Automation", "author": "Rance Cleaveland; David Hansel; Steven Sims; Scott Smolka", "file_url": "https://www.nitrd.gov/nitrdgroups/images/5/5f/Scott_smolka_embedded_soft.pdf", "media_type": "pdf", "description": "White paper presented by Rance Cleaveland at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation abstract: \"We argue that operational modeling and analysis of software systems offers an attractive avenue for improving both the productivity of software engineers and the quality of the control-intensive software they produce. Operational modeling forms the basis for the tools offered by Reactive Systems, Inc. (RSI) in support of Embedded Software Design Automation (ESDA), an emerging discipline that provides modeling and analysis tools for developers of embedded software. RSI expects that ESDA will make embedded-software development much more like the processes followed in more established engineering disciplines such as electrical, mechanical, and aerospace.\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0069-01", "year": "2001", "pp_date": "12/14/2001", "title": "Challenges Of Large-Scale Distributed Real-Time Embedded Systems", "author": "David Sharp", "file_url": "https://www.nitrd.gov/nitrdgroups/images/9/99/Sharp.pdf", "media_type": "pdf", "description": "Presentation given by David Sharp at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation outline: \"Problem Challenges; Current Leading Practices - Boeing Bold Stroke Initiative; Technology Challenges; Resource Management; Verifiability and Certifiability; System Integrator's Technology Challenge.\"\n", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0070-01", "year": "2001", "pp_date": "12/14/2001", "title": "Performance Modeling and Analysis for Software Integration", "author": "Kang Shin", "file_url": "https://www.nitrd.gov/nitrdgroups/images/9/90/Shin.pdf", "media_type": "pdf", "description": "Presentation given by Kang Shin at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation outline: \"What makes SW building so hard? Promising Technologies; Software Integration Process; Why Performance Model? A Possible Solution; Sample Issues: What is essential performance information? How to represent performance information? How to support SW development with performance information?\" \n\n", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0071-01", "year": "2001", "pp_date": "12/14/2001", "title": "Scalable Composition, Evolution and Verification Through Feature-Oriented Programming", "author": "Shriram Krishnamurthi; Kathi Fisler; Don Batory", "file_url": "https://www.nitrd.gov/nitrdgroups/images/e/e5/Shriram_krishnamurthi_scalable_composition.pdf", "media_type": "pdf", "description": "White paper presented by Shriram Krishnamurthi at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation abstract: \"A growing trend in software construction advocates a change in system modularity. While traditional modules permit easy re-configuration of a system to support different actors, these new modules encapsulate features. These modules better match the language of requirements. As a result, programmers find it easier to design, compose and evolve systems. We have demonstrated, through theory and experiment, that these benefits extend to software verification also. This program now requires work on programming language and environment design and implementation, type systems, interface languages, and more refined verification techniques. Our long-term goal is to build on these successes to carry feature-oriented system construction to maturity, through collaboration and cross-pollination between software engineering, programming languages and formal verification.\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0072-01", "year": "2001", "pp_date": "12/14/2001", "title": "Intentional Programming: Asymptotic Fun?", "author": "Charles Simonyi", "file_url": "https://www.nitrd.gov/nitrdgroups/images/5/5d/Simonyi.pdf", "media_type": "pdf", "description": "White paper presented by Charles Simonyi at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation abstract: \"This note is based on Gregor Kiczales' position paper on Aspect-Oriented Programming: \"AOP, The Fun has Just Begun”. I am a big fan of AOP. It has working and useful examples, and it brings into focus a key fault of traditional languages and OOP in particular, namely that modularity or refinement by itself can provide for a proper separation of concerns. It can not. Gregor describes the false hope of the traditionalists this way: \"Many people suggest [that such concerns] could be modularized in other ways including the use of patterns, reflection, of 'careful coding'.\" I can also testify that this happens, especially the \"careful coding\" exhortation which is used frequently by language designers and by management to tell programmers that if the software is difficult to modify or difficult to share, the problem is with them - their coding must be obviously below par, since the language that they must use (ADA, Java, Modula, etc.) has many advertised features that support modularity...\" ", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0073-01", "year": "2001", "pp_date": "12/14/2001", "title": "The Future of Software Integration: Self-integrating Systems", "author": "Steven Ray", "file_url": "https://www.nitrd.gov/nitrdgroups/images/b/ba/Steven_ray_the_future_of_software.pdf", "media_type": "pdf", "description": "White paper presented by Steven Ray at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation abstract: \"This paper outlines a visionary research program for systems integration that will improve the reliability and robustness of complex \"systems of systems.\" This program, self-integrating systems, will significantly advance the science underlying computer communication and the engineering of software for network-centric systems. Key concepts representative of the notion of self-integrating systems include semantic interoperability, knowledge representation, information theory, and coordination models.\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0074-01", "year": "2001", "pp_date": "12/14/2001", "title": "Consistent Software Evolution", "author": "Steven Reiss", "file_url": "https://www.nitrd.gov/nitrdgroups/images/b/bf/Steven_reiss_consistent_software_evol.pdf", "media_type": "pdf", "description": "White paper presented by Steven Reiss at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation abstract: \"Software is multidimensional but the tools that support it are not. The result is that different software artifacts representing different dimensions tend to evolve at different rates and in different ways as the software grows and ages. In order to ensure that software can evolve in a way that maintains its inherent multidimensionality, one must ensure that the different dimensions evolve together in a consistent manner. While one could imagine this being done through a common language or a common internal representation, the most practical approach is to develop an integration framework that maintains consistency as the software evolves. Such a mechanism can be built by viewing the design and other software artifacts as a set of constraints on the source code and then providing a means for checking and maintaining these constraints. This paper describes what is necessary to make this work and what research needs to be done to make it practical.\" ", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0075-01", "year": "2001", "pp_date": "12/14/2001", "title": "Software Research and Education: Meet the SIMS!", "author": "Susan Gerhart; Paul Hriljac ", "file_url": "https://www.nitrd.gov/nitrdgroups/images/8/8b/Susan_gerhart_software_research_and_education.pdf", "media_type": "pdf", "description": "White paper presented by Susan Gerhart at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation abstract: \"The quality and productivity of software of the future will be influenced by both the new software visions proposed for this workshop and the educational infrastructure that inculcates these visions in budding software engineers. We raise basic questions about current education delivery: are books sufficient, and well matched with current learning styles? Why isn't computer science more laboratory-oriented? Does \"dynamic dissonance\" describe a retarding factor in learning? Could simulation games and algorithm animation enhance content delivery? Are the standard course-time units too relaxed for modern technologies? If computer science curricula were compressed and accelerated, what topics might be added to improve the delivery of software research visions? Can software address different modes of learning and instruction?\" ", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0076-01", "year": "2001", "pp_date": "12/14/2001", "title": "Correctness Preserving Transformations for Network Protocol Compilers", "author": "Tommy McGuire; Mohamed Gouda", "file_url": "https://www.nitrd.gov/nitrdgroups/images/a/a4/Tommy_mcguire_correctness_preserving.pdf", "media_type": "pdf", "description": "White paper presented by Tommy McGuire at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation abstract: \"Strong abstractions provide the best basis for designing network protocols, but are difficult or inefficient to implement. We claim that a network protocol specified based on strong abstractions can be transformed into an implementation based on weaker abstractions which preserves the properties of the original specification. Further, this transformation can be done automatically and will produce efficient implementations. An open question is the possible interaction between the strong and weak abstractions and the performance of the system.\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0077-01", "year": "2001", "pp_date": "12/14/2001", "title": "Aspect Oriented Operating Systems\n", "author": "Tzilla Elrad; Paniti Netinant", "file_url": "https://www.nitrd.gov/nitrdgroups/images/3/3f/Tzilla_elrad_aspect_oriented_os.pdf", "media_type": "pdf", "description": "White paper presented by Tzilla Elradat SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation outline: \"...Separation of concerns is one of the crucial principles in software design. It is in the heart of software usability and re-usability. Success of object-oriented programming is largely due to the structured way in which it enables to separate the concerns, decompose the deferent concerns and at the same time protect their integrity. Success of object-oriented programming languages lead to a whole culture of object oriented software development and finally, research on objects oriented operating systems and realization of such systems...\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0078-01", "year": "2001", "pp_date": "12/14/2001", "title": "Evaluating Research on Software Design and Productivity", "author": "William Pugh", "file_url": "https://www.nitrd.gov/nitrdgroups/images/2/2c/William_pugh_evaluating_research.pdf", "media_type": "pdf", "description": "White paper presented by William Pugh at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation abstract: \"A key barrier to achieving the necessary breakthroughs in software design and productivity is that, as a community, we do not have an adequate understanding and consensus on how to evaluate research on the topic. This has hindered publication and funding of research in the area, pushing researchers to explore other topics. Software design and productivity involves, at its core, human creativity and understanding. Rigorous experimental studies of software design and productivity are therefore difficult, expensive and rare. Requiring them as a prerequisite for research in the field would constrict the field in ways that would not serve our interests. So we need to develop benchmarks, challenge problems, frameworks and (partial) consensus to allow evaluation of useful research on software design and productivity without requiring prohibitive experiments involving programmers.\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-14-2001-0079-01", "year": "2001", "pp_date": "12/14/2001", "title": "Reactive Model-based Programming of Embedded Systems", "author": "Brian Williams", "file_url": "https://www.nitrd.gov/nitrdgroups/images/e/e3/Williams.pdf", "media_type": "pdf", "description": "Presentation given by Brian Williams at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation outline: \"Observations: VLSI circa 1979; Observations: Embedded SW, 2001; Obs: Embedded Flight Software; Thesis: Model-based Programming; Reactive Model-based Programming Language, v 1.0; DOD: On To Cooperative Systems; Reactive Model-based Programming Language, v 2.0; Reactive Model-based Programming Language, v 3.0; Embedded systems need to anticipate the seemingly unlikely; Reactive Model-based Programming Language, v N.0; Summary: Embedded Flight Software.\" ", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-13-2001-0001-01", "year": "2001", "pp_date": "12/13/2001", "title": "European Research Initiatives in Real-Time/Embedded/Control Systems and Software", "author": "Alkis Konstantellos", "file_url": "https://www.nitrd.gov/nitrdgroups/images/c/ce/Akonstantellos.pdf", "media_type": "pdf", "description": "Presentation given by Alkis Konstantellos at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation outline: \"1. European ICT Scene, The Software Component 2. Major European Research initiatives 3. R&D: Emphasis on Real-Time/Embedded/Control 4. \"Ambient and All-weather software”? Vision for future R&D programmes 5. US-EU collaboration and contacts.\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-13-2001-0002-01", "year": "2001", "pp_date": "12/13/2001", "title": "Model-based Design of Embedded Software", "author": "Rajeev Alur", "file_url": "https://www.nitrd.gov/nitrdgroups/images/1/13/Alur.pdf", "media_type": "pdf", "description": "Presentation given by Rajeev Alur at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation outline: \"Programming Interacting Autonomous Robots; Promising Trends; Guiding Themes.\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-13-2001-0003-01", "year": "2001", "pp_date": "12/13/2001", "title": "Software Design and Productivity Workshop: Welcome", "author": "Frank Anger", "file_url": "https://www.nitrd.gov/nitrdgroups/images/8/80/Anger1.pdf", "media_type": "pdf", "description": "Presentation given by Frank Anger at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation outline: \"Objective; Deliverables; PITAC; What Next? Fundamental Research.\" \n\n", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-13-2001-0004-01", "year": "2001", "pp_date": "12/13/2001", "title": "First SDP Workshop", "author": "Frank Anger", "file_url": "https://www.nitrd.gov/nitrdgroups/images/5/5d/Anger2.pdf", "media_type": "pdf", "description": "Presentation given by Frank Anger at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Summary of New Visions for Software Design and Productivity Workshop, April 2001 . Presentation outline: \"Panel Organization; Expanding Challenges for Software Design; Expanding Challenges for Software Productivity; Barriers and Challenges; Representative Goal Space; Sample Solution Space Needs; Related PCAs; More Productive or More Confident? What Results We Need; Metaphors.\" ", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-13-2001-0005-01", "year": "2001", "pp_date": "12/13/2001", "title": "Value Based Software Engineering", "author": "Barry Boehm; Dan Port; Kevin Sullivan", "file_url": "https://www.nitrd.gov/nitrdgroups/images/b/bc/Barry_boehm_value_based_software.pdf", "media_type": "pdf", "description": "White Paper for Workshop on New Visions for Software Design and Productivity, December 2001. Presentation abstract: \"The primary thesis of Value-Based Software Engineering (VBSE) is that the integration of a software system's stakeholder value propositions into the system's definition, design, development, deployment, and evolution is critical to the system's success. This white paper: Analyzes the sources of software project failure in the Standish Report, and shows that many of the failed projects were caught in the vise of valueinsensitive software engineering. ·Discusses promising research ideas for improving our capability to perform VBSE. Presents a roadmap for making progress toward VBSE and its resulting benefits. The white paper concludes with a summary of the relations between VBSE and other software research and applications areas. It is unavoidably involved with software and information system product and process technology, and their interaction with human values. It is strongly empirical, but includes new concepts in need of stronger theory. It uses risk considerations to balance software discipline and flexibility, and to answer other key \"how much is enough?\" questions. And it helps illuminate information technology policy decisions by identifying the quantitative and qualitative sources of cost and value associated with candidate decisions.\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-13-2001-0006-01", "year": "2001", "pp_date": "12/13/2001", "title": "New Programming Paradigms", "author": "Don Batory", "file_url": "https://www.nitrd.gov/nitrdgroups/images/7/7a/Batory.pdf", "media_type": "pdf", "description": "Presentation given by Don Batory at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation outline: \"..New paradigms satisfy same old model * programs are values, functions are refinements * generic or DS functions are reusable and automatic * easy to recognize work that contributes to this paradigm * Common: move software design from art-form to science * Differences: approaches, implementations, problems addressed Key issues for success: * support for infrastructure (extensible languages, program transformations) * funding research projects (tied to real problems) * \"dating service\" to link technology producers with technology customers * increase effects of research ten-fold by getting ideas out to industry faster...\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-13-2001-0007-01", "year": "2001", "pp_date": "12/13/2001", "title": "Breaking the Software Development Roadblock: Continuous Software Enhancement By Design Maintenance", "author": "Ira Baxter", "file_url": "https://www.nitrd.gov/nitrdgroups/images/f/f3/Baxter.pdf", "media_type": "pdf", "description": "Presentation given by Ira Baxter at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation outline: \"Design must be THE development product; Research Required (and in varying degrees of progress at SD); The Design Maintenance System vision.\" ", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-13-2001-0008-01", "year": "2001", "pp_date": "12/13/2001", "title": "Community-Based Software Development Under Time Pressure: New Jersey and San Diego in the 21st Century", "author": "Bob Neches", "file_url": "https://www.nitrd.gov/nitrdgroups/images/0/0a/Bob_neches_community_based_software_dev_under.pdf", "media_type": "pdf", "description": "White paper presented by Bob Neches at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation outline: \"...This note looks at the challenge problem of reducing the time required to develop and field significant applications from months or years down to days or weeks. It looks at what it takes to cobble together applications that have utility within days to weeks to months, and which then evolve over usage across years and years. The \"new\" concept of Extreme Programming represents the recognition that top-down program development does not work in practice. However, it represents more an abandonment of that approach than a clear statement of a principled alternative. Central to development of that principled alternative is the idea of tools that support hacking now, while keeping track of structure, requirement, and architectural issues in order to support cleaning up later. Such principled, high-speed, bottom-up development also requires a closer conceptual coupling between users and developers across much more of the software lifecycle than is currently generally conceived...\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-13-2001-0009-01", "year": "2001", "pp_date": "12/13/2001", "title": "Panel Comments: The Future of Software and Software Research", "author": "Barry Boehm", "file_url": "https://www.nitrd.gov/nitrdgroups/images/e/ef/Boehm.pdf", "media_type": "pdf", "description": "\"Future of Software and Software Research\" Panel Summary at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Panel Comments: \"Emerging software technology needs; Promising new technologies; Technology transition barriers and enablers.\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-13-2001-0010-01", "year": "2001", "pp_date": "12/13/2001", "title": "A Reactive Model-based Programming Language for Robotic Space Explorers", "author": "Michel Ingham; Robert Ragno; Brian Williams", "file_url": "https://www.nitrd.gov/nitrdgroups/images/8/80/Brian_williams_a_reactive_model.pdf", "media_type": "pdf", "description": "White paper presented by Michel Ingham at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December, 2001. Presentation abstract: \"Model-based autonomous agents have emerged recently as vital technologies in the development of highly autonomous reactive systems, particularly in the aerospace domain. These agents utilize many automated reasoning capabilities, but are complicated to use because of the variety of languages employed for each capability. To address this problem, we introduce model-based programming, a novel approach to designing embedded software systems. In particular, we introduce the Reactive Model-based Programming Language (RMPL), which provides a framework for constraint-based modeling, as well as a suite of reactive programming constructs. To convey the expressiveness of RMPL, we show how it captures the main features of synchronous programming languages and advanced robotic execution languages. This paper focuses on using the rich behavior modeling of RMPL to provide sequencing and robotic execution capabilities for spacecraft.\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-13-2001-0011-01", "year": "2001", "pp_date": "12/13/2001", "title": "Self-Regulating Software: Scalable, Predictable, Composable Distributed Systems", "author": "Calton Pu", "file_url": "https://www.nitrd.gov/nitrdgroups/images/4/4e/Calton_pu_self_regulating_software.pdf", "media_type": "pdf", "description": "White paper presented by Calton Pu at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation outline: \"...Building software that is scalable, composable, and predictable in any environment is a very difficult task. For a distributed systems incorporating a wide range of system parameters (e.g., fast and slow machines as well as fast and slow networks), this goal seems nearly impossible. We contend that aiming for the apparently impossible is the only hope for developing large-scale Internet applications of the future, other than employing an army of programmers. There are some indications for the difficulty of the goal that we briefly outline here...\"\n", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-13-2001-0012-01", "year": "2001", "pp_date": "12/13/2001", "title": "Micromodels of Software", "author": "Daniel Jackson", "file_url": "https://www.nitrd.gov/nitrdgroups/images/6/6e/Daniel_jackson_micromodels_of_software.pdf", "media_type": "pdf", "description": "White paper presented by Daniel Jackson at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation abstract: \"A micromodel of a program is a tiny, abstract model that captures some crucial aspect of its functionality. To improve the reliability of software, implementations are developed hand-in-hand with micromodels. The code is then checked for conformance with all the relevant micromodels. Micromodels can also themselves be simulated and checked for internal consistency.\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-13-2001-0014-01", "year": "2001", "pp_date": "12/13/2001", "title": "Miniature Software for Large Pervasive Computing Applications", "author": "David Stewart", "file_url": "https://www.nitrd.gov/nitrdgroups/images/3/31/David_stewart_miniature_software.pdf", "media_type": "pdf", "description": "White paper presented by David Stewart at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation abstract: \"There is a need for new software engineering methods that apply specifically and exclusively to the implementation of real-time code for pervasive computing applications. Applications will consist of hundreds or thousands of tiny processing units. While it is expected that model-based tools and aspect-oriented techniques will be used to reason and design the large complex applications, there is currently a huge gap between the use of these tools and techniques, and the underlying implementation of the executable code on future system-on-a-chip designs. To both support component-based design in these applications, while adhering to the very rigid constraints of the target hardware and devices, significant software advances are needed in the areas of separation of concerns, components, real-world interfacing, frameworks, multi-dimensional resource optimization, hardware/software co-design, and networking of miniature devices, as applied specifically to very small embedded systems.\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-13-2001-0015-01", "year": "2001", "pp_date": "12/13/2001", "title": "Evolving Distributed Heterogeneous Systems", "author": "Premkumar Devanbu; Eric Wohlstadter", "file_url": "https://www.nitrd.gov/nitrdgroups/images/1/12/Devanbu.pdf", "media_type": "pdf", "description": "Presentation given by Premkumar Devanbu at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation outline: \"A distributed system; Now add Security; Now add another feature (Fault-tolerance, Logging, etc); What we hope for; Some Potential Solutions; If we solve this problem; Difficulties.\"\n", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-13-2001-0016-01", "year": "2001", "pp_date": "12/13/2001", "title": "An Empirical Approach to Design Metrics and Judgments", "author": "Dewayne Perry", "file_url": "https://www.nitrd.gov/nitrdgroups/images/f/f3/Dewayne_perry_an_emprirical_approa.pdf", "media_type": "pdf", "description": "White paper presented by Dewayne Perry at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation abstract: \"Scientific evaluations and comparisons of designs require a mature set of design constructs and observable measures. Currently we do not have that maturity. The requirements are defined for an experimental basis for developing design constructs and observable measures that can then be used to support scientific judgments about designs and design methods and techniques.\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-12-13-2001-0017-01", "year": "2001", "pp_date": "12/13/2001", "title": "ExCIS: An Integration of Domain-Specific Languages and Feature-Oriented Programming", "author": "Don Batorya; David Brantb; Michael Gibsonb; Michael Nolen", "file_url": "https://www.nitrd.gov/nitrdgroups/images/7/71/Don_batory_excis.pdf", "media_type": "pdf", "description": "White paper presented by Don Batorya at SDP Workshop \"New Visions for Software Design & Productivity: Research & Applications,\" December 2001. Presentation outline: \"ExCIS is a methodology and tool suite that integrates the technologies of domain-specific languages (DSLs) and feature-oriented programming (FOP). DSLs offer compact specifications of programs in domain-specific notations that are easier to write, maintain, and evolve. FOP raises the level of abstraction in system programming from compositions of code-centric components to compositions of modules that implement individual and largely orthogonal features. ExCIS provides state-of-the-art tools for creating easier-to-specify, easier-to-maintain, and easier-to-change systems. It is being developed for STRICOM to create next-generation simulators for the U.S. Army.\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software; software design and productivity; research; applications", "comments": "SDP Workshop, \"New Visions for Software Design & Productivity: Research & Applications,\" December 13-14, 2001, Vanderbilt University, Nashville, TN ", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-07-23-2001-0001-01", "year": "2001", "pp_date": "7/23/2001", "title": "Hearing on E-Health and Technology: Empowering Consumers\nin a Simpler, More Cost-Effective Health Care System ", "author": "Fuller Head", "file_url": "https://www.nitrd.gov/congressional/testimony/fuller-23jul01.pdf", "media_type": "pdf", "description": "Testimony of Sherrilynne S. Fuller Head, Division of Biomedical Informatics, Professor, Department of Medical Education, University of Washington School of Medicine.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "e-health", "comments": "House Subcommittee on Research and Technology", "presented_at": "Congressional Testimony", "key_words": "" }, { "presentation_id": "PID-06-26-2001-0002-01", "year": "2001", "pp_date": "6/26/2001", "title": "Re-inventing The Internet: Promoting Innovation In IT ", "author": "Eric A. Benhamou", "file_url": "https://www.nitrd.gov/congressional/testimony/benhamou-26jun01.pdf", "media_type": "pdf", "description": "Testimony before the Subcommittee on Research of the House Committee on Science by Eric A. Benhamou Chairman of the Board 3Com Corporation June 26, 2001. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "innovation; internet", "comments": "House Subcommittee on Research and Technology", "presented_at": "Congressional Testimony", "key_words": "" }, { "presentation_id": "PID-06-26-2001-0001-01", "year": "2001", "pp_date": "6/26/2001", "title": "Testimony of Cita M. Furlani to the House Subcommittee on Research and Technology", "author": "M. Furlani", "file_url": "https://www.nitrd.gov/congressional/testimony/furlani-26jun01.pdf", "media_type": "pdf", "description": "Testimony before the Subcommittee on Research of the House Committee on Science by Cita Furlani, Director, National Coordination Office for Information Technology Research and Development - June 26, 2001; overview of the NITRD program.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "NITRD Program", "comments": "House Subcommittee on Research and Technology", "presented_at": "Congressional Testimony", "key_words": "" }, { "presentation_id": "PID-04-18-2001-0001-01 ", "year": "2001", "pp_date": "4/18/2001", "title": "The Future of Software R&D for Network-Centric Systems", "author": "Ian Foster", "file_url": "https://www.nitrd.gov/nitrdgroups/images/1/1d/Argonne-Foster.pdf", "media_type": "pdf", "description": "Presentation given by Ian Foster at SDP Workshop \"New Visions for Software Design & Productivity,\" April 2001. Presentation outline: \"The Future: All Software is Network-Centric; Observations; A Cross-Agency Research Program: Some Specific Perspectives.\"\n", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software design; software productivity; research; applications", "comments": "New Visions for Software Design and Productivity Workshop, National Science Foundation, Arlington, VA, April 18 -19, 2001", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-04-18-2001-0002-01 ", "year": "2001", "pp_date": "4/18/2001", "title": "Network Centric System Building A Direction Forward", "author": "Rick Schantz", "file_url": "https://www.nitrd.gov/nitrdgroups/images/8/81/BBN-Schantz.pdf", "media_type": "pdf", "description": "Presentation given by Rick Schantz at SDP Workshop \"New Visions for Software Design & Productivity,\" April 2001. Presentation outline: \"Taking Stock; Integrated Adaptive System Concept; Moving forward; Current Paths to Build On and New Directions.\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software design; software productivity; research; applications", "comments": "New Visions for Software Design and Productivity Workshop, National Science Foundation, Arlington, VA, April 18 -19, 2001", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-04-18-2001-0003-01", "year": "2001", "pp_date": "4/18/2001", "title": "Model-Based Code Generation with SIMULINK", "author": "Cleve Moler\n", "file_url": "https://www.nitrd.gov/nitrdgroups/images/a/aa/MathWorks-Moler.pdf", "media_type": "pdf", "description": "Presentation given by Cleve Moler at SDP Workshop \"New Visions for Software Design & Productivity,\" April 2001. Presentation outline: \"...MATLAB's historical and intellectual basis is numerical linear algebra. MathWorks's commercial success derives from applications in technical computing\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software design; software productivity; research; applications", "comments": "New Visions for Software Design and Productivity Workshop, National Science Foundation, Arlington, VA, April 18 -19, 2001", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-04-18-2001-0004-01", "year": "2001", "pp_date": "4/18/2001", "title": "Software Design and Productivity", "author": "DARPA", "file_url": "https://www.nitrd.gov/nitrdgroups/images/0/06/SDP_workshop_Darpa_intro.pdf", "media_type": "pdf", "description": "Presentation given at SDP Workshop \"New Visions for Software Design & Productivity,\" April 2001. Presentation outline: \"SDP Goals; SDP and HCSS; Agency Interest in SDP; Expectations from the Workshop (DARPA).\" ", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software design; software productivity; research; applications", "comments": "New Visions for Software Design and Productivity Workshop, National Science Foundation, Arlington, VA, April 18 -19, 2001", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-04-18-2001-0005-01", "year": "2001", "pp_date": "4/18/2001", "title": "Future of Software and Software Research: Three Themes", "author": "William Mark", "file_url": "https://www.nitrd.gov/nitrdgroups/images/3/38/SRI-Mark.pdf", "media_type": "pdf", "description": "Presentation given by William Mark at SDP Workshop \"New Visions for Software Design & Productivity,\" April 2001. Presentation outline: \"Community Programming; Vigilant Software; PhysInfo Co-Design.\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software design; software productivity; research; applications", "comments": "New Visions for Software Design and Productivity Workshop, National Science Foundation, Arlington, VA, April 18 -19, 2001", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-04-18-2001-0006-01", "year": "2001", "pp_date": "4/18/2001", "title": "Everything You Know is Wrong", "author": "Jim Waldo", "file_url": "https://www.nitrd.gov/nitrdgroups/images/5/55/Sun-Waldo.pdf", "media_type": "pdf", "description": "Presentation given by Jim Waldo at SDP Workshop \"New Visions for Software Design & Productivity,\" April 2001. Presentation outline: \"Platform Evolution; Deutsch's 7 Fallacies of Networking; New Challenges; Promising Directions; We Need Fundamental Research.\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software design; software productivity; research; applications", "comments": "New Visions for Software Design and Productivity Workshop, National Science Foundation, Arlington, VA, April 18 -19, 2001", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-04-18-2001-0007-01", "year": "2001", "pp_date": "4/18/2001", "title": "Components and Middleware", "author": "Doug Lea", "file_url": "https://www.nitrd.gov/nitrdgroups/images/5/58/SUNY-Oswego-Lea.pdf", "media_type": "pdf", "description": "Presentation given by Doug Lea at SDP Workshop \"New Visions for Software Design & Productivity,\" April 2001. Presentation outline: \"Architectures and Frameworks; Middleware Challenges; Quality of Service Challenges; Research Process.\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software design; software productivity; research; applications", "comments": "New Visions for Software Design and Productivity Workshop, National Science Foundation, Arlington, VA, April 18 -19, 2001", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-04-18-2001-0008-01", "year": "2001", "pp_date": "4/18/2001", "title": "Embedded Software: Opportunities and Challenges", "author": "Janos Sztipanovits; Shankar Sastry", "file_url": "https://www.nitrd.gov/nitrdgroups/images/e/e5/UCBerkeley-Sastry.pdf", "media_type": "pdf", "description": "Presentation given by Janos Sztipanovits and Shankar Sastry at SDP Workshop \"New Visions for Software Design & Productivity,\" April 2001. Presentation outline: \"Embedded Software: Depth of Impact; Breadth of Impact; Overview: Impacts/Unique Challenges; Physicality; Interactions, interactions; Why Is this a Problem? Constraints and Change; Dealing With Dynamic Structures; Networked Embedded Systems; Need: Middleware for Coordination and Distribution; DARPA Embedded Software Program Suite; Future of Embedded Software; Thematic Areas for ITO.\"\n", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software design; software productivity; research; applications", "comments": "New Visions for Software Design and Productivity Workshop, National Science Foundation, Arlington, VA, April 18 -19, 2001", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-04-18-2001-0009-01", "year": "2001", "pp_date": "4/18/2001", "title": "Software development “by the book”", "author": "Ralph Johnson", "file_url": "https://www.nitrd.gov/nitrdgroups/images/8/85/UIllinois-Johnson.pdf", "media_type": "pdf", "description": "Presentation given by Ralph Johnson at SDP Workshop \"New Visions for Software Design & Productivity,\" April 2001. Presentation outline: \"Software development \"by the book”; A book should; How to get there; Result.\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software design; software productivity; research; applications", "comments": "New Visions for Software Design and Productivity Workshop, National Science Foundation, Arlington, VA, April 18 -19, 2001", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-04-18-2001-0010-01", "year": "2001", "pp_date": "4/18/2001", "title": "Challenges and Opportunities in Open-source Software Development\n", "author": "Adam Porter", "file_url": "https://www.nitrd.gov/nitrdgroups/images/4/41/UMD-Porter.pdf", "media_type": "pdf", "description": "Presentation given by Adam Porter at SDP Workshop \"New Visions for Software Design & Productivity,\" April 2001. Presentation outline: \"Emerging Opportunities and Challenges; Solution Approach: Distributed Continuous Testing & Profiling; Candidate Research Agenda.\" ", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software design; software productivity; research; applications", "comments": "New Visions for Software Design and Productivity Workshop, National Science Foundation, Arlington, VA, April 18 -19, 2001", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-04-18-2001-0011-01", "year": "2001", "pp_date": "4/18/2001", "title": "Software Research:\nWhere do we go from here?\n", "author": "Benjamin Pierce", "file_url": "https://www.nitrd.gov/nitrdgroups/images/c/ca/UPenn-Pierce.pdf", "media_type": "pdf", "description": "Presentation given by Benjamin Pierce at SDP Workshop \"New Visions for Software Design & Productivity,\" April 2001. Presentation outline: \"Software Research: Where do we go from here? We're not doing so badly, but we can't stop here! Some new problem areas; How Formal? Lightweight Formal Methods; Research Agenda.\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software design; software productivity; research; applications", "comments": "New Visions for Software Design and Productivity Workshop, National Science Foundation, Arlington, VA, April 18 -19, 2001", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-04-18-2001-0012-01", "year": "2001", "pp_date": "4/18/2001", "title": "The Future of Software and Software Research", "author": "Barry Boehm", "file_url": "https://www.nitrd.gov/nitrdgroups/images/4/4c/USC-Boehm.pdf", "media_type": "pdf", "description": "Presentation given by Barry Boehm at SDP Workshop \"New Visions for Software Design & Productivity,\" April 2001. Presentation outline: \"Future Software Trends; Promising New/Existing Technologies; Critical Success Factors for SW Research Programs.\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software design; software productivity; research; applications", "comments": "New Visions for Software Design and Productivity Workshop, National Science Foundation, Arlington, VA, April 18 -19, 2001", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-04-18-2001-0013-01", "year": "2001", "pp_date": "4/18/2001", "title": "Future of Software Engineering", "author": "Kevin Sullivan", "file_url": "https://www.nitrd.gov/nitrdgroups/images/7/76/UVA-Sullivan.pdf", "media_type": "pdf", "description": "Presentation given by Kevin Sullivan at SDP Workshop \"New Visions for Software Design & Productivity,\" April 2001. Presentation outline: \"Why is Software Engineering Hard? What's Currently Infeasible? Radical Directions; Challenge; Designing an R&D Portfolio.\" ", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software design; software productivity; research; applications", "comments": "New Visions for Software Design and Productivity Workshop, National Science Foundation, Arlington, VA, April 18 -19, 2001", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-04-18-2001-0014-01", "year": "2001", "pp_date": "4/18/2001", "title": "Model-Based Software for\nEmbedded Systems", "author": "Gabor Karsai", "file_url": "https://www.nitrd.gov/nitrdgroups/images/3/3d/Vandy-Karsai.pdf", "media_type": "pdf", "description": "Presentation given by Gabor Karsai at SDP Workshop \"New Visions for Software Design & Productivity,\" April 2001. Presentation outline: \"Embedded Systems are Physical Systems; Towards a Model-based Approach; WANTED: Theory and Tools.\"\n", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software design; software productivity; research; applications", "comments": "New Visions for Software Design and Productivity Workshop, National Science Foundation, Arlington, VA, April 18 -19, 2001", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-04-18-2001-0015-01", "year": "2001", "pp_date": "4/18/2001", "title": "Avionics Software Challenges and Initiatives", "author": "Don Winter", "file_url": "https://www.nitrd.gov/nitrdgroups/images/4/47/Boeing-Winter.pdf", "media_type": "pdf", "description": "Presentation given by Don C. Winter at SDP Workshop \"New Visions for Software Design & Productivity,\" April 2001. Presentation outline: \"Avionics Software Situation; Problem Statement; Product Line Software Architecture; Where are the Technology Voids? Cultural Challenges; Leveraging COTS; COTS Leverage - Run Time; COTS Leverage - Development Tools; Early Returns - Measured Benefit; Where to Look First - the Commercial Sector.\" ", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software design; software productivity; research; applications", "comments": "New Visions for Software Design and Productivity Workshop, National Science Foundation, Arlington, VA, April 18 -19, 2001", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-04-18-2001-0016-01", "year": "2001", "pp_date": "4/18/2001", "title": "The Future of Software and\nSoftware Research :\nPanel Comments", "author": "Bonnie E. John", "file_url": "https://www.nitrd.gov/nitrdgroups/images/9/9a/CMU-John.pdf", "media_type": "pdf", "description": "Presentation given by Bonnie E. John at SDP Workshop \"New Visions for Software Design & Productivity,\" April 2001. Presentation outline: \"Software Engineering Must Broaden to Include the Human Factor; HCI is More than Screen Deep; Admitting This Makes SW Design Even Harder; Research & Educational Challenges.\"\n\n", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software design; software productivity; research; applications", "comments": "New Visions for Software Design and Productivity Workshop, National Science Foundation, Arlington, VA, April 18 -19, 2001", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-04-18-2001-0017-01", "year": "2001", "pp_date": "4/18/2001", "title": "Programming languages", "author": "John Vlissides", "file_url": "https://www.nitrd.gov/nitrdgroups/images/d/dc/IBM-Vlissides.pdf", "media_type": "pdf", "description": "Presentation given by John Vlissides at SDP Workshop \"New Visions for Software Design & Productivity,\" April 2001. Presentation outline: \"John Vlissides' biases; Language advancements; Architecture & design; Development tools.\" \n", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software design; software productivity; research; applications", "comments": "New Visions for Software Design and Productivity Workshop, National Science Foundation, Arlington, VA, April 18 -19, 2001", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-04-18-2001-0018-01", "year": "2001", "pp_date": "4/18/2001", "title": "Emerging DoD Need for \"Trustworthy\" Software Systems", "author": "Patrick Lardieri", "file_url": "https://www.nitrd.gov/nitrdgroups/images/d/d1/Lockheed-Lardieri.pdf", "media_type": "pdf", "description": "Presentation given by Patrick Lardieri at SDP Workshop \"New Visions for Software Design & Productivity,\" April 2001. Presentation outline: \"A Sampling of Forces Driving Future DoD Systems; Implications for Future DoD Systems; Implications for Future Software Technology; Example: State Example: State-of-the-Market in COTS Based Real-Time Distributed Computing.\" ", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software design; software productivity; research; applications", "comments": "New Visions for Software Design and Productivity Workshop, National Science Foundation, Arlington, VA, April 18 -19, 2001", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-04-18-2001-0019-01", "year": "2001", "pp_date": "4/18/2001", "title": "Future of Software and\nSoftware Research", "author": "Doris Carver", "file_url": "https://www.nitrd.gov/nitrdgroups/images/e/ed/LSU-Carver.pdf", "media_type": "pdf", "description": "Presentation given by Doris Carver at SDP Workshop \"New Visions for Software Design & Productivity,\" April 2001. Presentation outline: \"Factors Contributing to Software Gap; New/Promising Technologies -Dealing with Complexity; New/Promising Technologies -Development Environments; New/Promising Technologies - Domain-Specific Software.\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software design; software productivity; research; applications", "comments": "New Visions for Software Design and Productivity Workshop, National Science Foundation, Arlington, VA, April 18 -19, 2001", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-04-18-2001-0020-01", "year": "2001", "pp_date": "4/18/2001", "title": "New Software Development\nParadigms Panel", "author": "Charles Simonyi", "file_url": "https://www.nitrd.gov/nitrdgroups/images/b/b5/Microsoft-Simonyi.pdf", "media_type": "pdf", "description": "Presentation given by Charles Simonyi at SDP Workshop \"New Visions for Software Design & Productivity,\" April 2001. Presentation outline: \"Intentional Vision, What it is?; Intentional Vision: Benefits.\"", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software design; software productivity; research; applications", "comments": "New Visions for Software Design and Productivity Workshop, National Science Foundation, Arlington, VA, April 18 -19, 2001", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-04-18-2001-0021-01", "year": "2001", "pp_date": "4/18/2001", "title": "Future of SW Research", "author": "Workshop participants", "file_url": "https://www.nitrd.gov/nitrdgroups/images/6/62/Panel1-FutureSW_Research.pdf", "media_type": "pdf", "description": "\"Future of Software Research\" Panel Summary at SDP Workshop \"New Visions for Software Design & Productivity,\" April 2001.", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software design; software productivity; research; applications", "comments": "New Visions for Software Design and Productivity Workshop, National Science Foundation, Arlington, VA, April 18 -19, 2001", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-04-18-2001-0022-01", "year": "2001", "pp_date": "4/18/2001", "title": "Software Development Paradigms", "author": "Workshop participants", "file_url": "https://www.nitrd.gov/nitrdgroups/images/f/f7/Panel2-SoftwareDevParadigms.pdf", "media_type": "pdf", "description": "\"Software Development Paradigms\" Panel Summary at SDP Workshop \"New Visions for Software Design & Productivity,\" April 2001.", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software design; software productivity; research; applications", "comments": "New Visions for Software Design and Productivity Workshop, National Science Foundation, Arlington, VA, April 18 -19, 2001", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-04-18-2001-0023-01", "year": "2001", "pp_date": "4/18/2001", "title": "Software for the Real World", "author": "Workshop participants", "file_url": "https://www.nitrd.gov/nitrdgroups/images/f/fa/Panel3-SoftwareRealWorld.pdf", "media_type": "pdf", "description": "\"Software for the Real World\" Panel Summary at SDP Workshop \"New Visions for Software Design & Productivity,\" April 2001.", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software design; software productivity; research; applications", "comments": "New Visions for Software Design and Productivity Workshop, National Science Foundation, Arlington, VA, April 18 -19, 2001", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-04-18-2001-0024-01", "year": "2001", "pp_date": "4/18/2001", "title": "Network Centric Systems", "author": "Workshop participants", "file_url": "https://www.nitrd.gov/nitrdgroups/images/9/9f/Panel4-NetCentric.pdf", "media_type": "pdf", "description": "\"Network Centric Systems\" Panel Summary at SDP Workshop \"New Visions for Software Design & Productivity,\" April 2001.", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software design; software productivity; research; applications", "comments": "New Visions for Software Design and Productivity Workshop, National Science Foundation, Arlington, VA, April 18 -19, 2001", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-04-18-2001-0025-01", "year": "2001", "pp_date": "4/18/2001", "title": "Software Design & Productivity", "author": "Frank Anger", "file_url": "https://www.nitrd.gov/nitrdgroups/images/d/d1/SDP_Overview-NSF-Anger.pdf", "media_type": "pdf", "description": "Presentation given by Frank Anger at SDP Workshop \"New Visions for Software Design & Productivity,\" April 2001. Presentation outline: \"PITAC; What Next? Barriers and Challenges; New Software for a New Millennium; Establishing an SDP Research Agenda; Attack the Major Problems; Technological Advance; Solve Tomorrow's Problems; NCO, National Science Foundation, Arlington, VA, and Today's Charge; Fundamental Research; Deliverables.\" ", "metadata_created": "1/5/2018", "metadata_modified": "1/5/2018", "topic": "software design; software productivity; research; applications", "comments": "New Visions for Software Design and Productivity Workshop, National Science Foundation, Arlington, VA, April 18 -19, 2001", "presented_at": "SPSQ", "key_words": "" }, { "presentation_id": "PID-04-05-2001-0001-01", "year": "2001", "pp_date": "4/5/2001", "title": "Impact of PITAC on Federal IT R&D Investments", "author": "Cita M. Furlani", "file_url": "https://www.nitrd.gov/historical/presentations-nco/impact_of_pitac.pdf", "media_type": "pdf", "description": "Impact of PITAC on Federal IT R&D Investments, given by Cita M. Furlani at the Coalition for Academic Scientific Computation (CASC) on April 5th at the AAAS Building, 1200 New York Ave, NW (April 5, 2001).", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "NITRD Program; next generation internet", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-03-28-2001-0001-01", "year": "2001", "pp_date": "3/28/2001", "title": "Federal IT R&D Supporting eBusiness and eGovernment", "author": "Cita M. Furlani", "file_url": "https://www.nitrd.gov/historical/presentations-nco/ebus_and_egov.pdf", "media_type": "pdf", "description": "Briefing given by Cita M. Furlani at the National High Performance Computing and Communications (NHPCC) Conference on March 28th at the Newport Marriott Hotel, Newport, Rhode Island. (March 28, 2001).", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "NITRD Program; e-business; e-government", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-01-16-2001-0001-01", "year": "2001", "pp_date": "1/16/2001", "title": "Federally Funded Information Technologies", "author": "Cita M. Furlani", "file_url": "https://www.nitrd.gov/historical/presentations-nco/thunderbird.pdf", "media_type": "pdf", "description": "Briefing given by Cita Furlani to a group of MBA students at Thunderbird, The American Graduate School of International Management (January 16, 2001).", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "NITRD Program; PITAC; next generation internet", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-10-17-2000-0001-01", "year": "2000", "pp_date": "10/17/2000", "title": "Next Generation Internet: Realizing the Future", "author": "David B. Nelson", "file_url": "https://www.nitrd.gov/historical/ngi/talks/afis-conf.pdf", "media_type": "pdf", "description": "Presented by David B. Nelson, NASA, at the AFIS Directors Conference. ... * The Internet must become more capable to support tomorrow's applications * Increased bandwidth will be important, but it must be end-to-end bandwidth * Management, services and middle-ware must also improve * The Next Generation Internet Initiative is testing requirements through technology research, advanced applications, and supporting network testbeds * Substantial investments are planned that assume success of this effort. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "next generation internet", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-03-08-2000-0001-01", "year": "2000", "pp_date": "3/8/2000", "title": "Testimony before the Senate Subcommittee on Communications", "author": "Raj Reddy", "file_url": "https://www.nitrd.gov/congressional/testimony/it_march_reddy.pdf", "media_type": "pdf", "description": "Testimony before the Senate Subcommittee on Communications by Raj Reddy, Co-chair President's Information Technology Advisory Committee, Herbert A. Simon University Professor of Computer Science and Robotics Carnegie Mellon University - March 8, 2000.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "internet; security; PITAC; research", "comments": "House Subcommittee on Research and Technology", "presented_at": "Congressional Testimony", "key_words": "" }, { "presentation_id": "PID-03-01-2000-0001-01", "year": "2000", "pp_date": "3/1/2000", "title": "Testimony to the Senate's Subcommittee on Science, Technology and Space, Committee on Commerce, Science, and Transportation", "author": "Neal Lane", "file_url": "https://www.nitrd.gov/congressional/testimony/it_march_lane.pdf", "media_type": "pdf", "description": "Testimony to the Senate's Subcommittee on Science, Technology and Space, Committee on Commerce, Science, and Transportation Neal Lane Assistant to the President for Science and Technology, Director, Office of Science and Technology Policy, Washington, DC.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "information technology; research", "comments": "House Subcommittee on Research and Technology", "presented_at": "Congressional Testimony", "key_words": "" }, { "presentation_id": "PID-02-07-2000-0001-01", "year": "2000", "pp_date": "2/7/2000", "title": "IT R&D handout for FY 2001 Budget Rollout ", "author": "NITRD", "file_url": "https://www.nitrd.gov/SubCommittee/itrd-4pager.pdf", "media_type": "pdf", "description": "IT R&D handout for FY 2001 Budget Rollout. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "NITRD Program", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-10-06-1999-0001-01", "year": "1999", "pp_date": "10/6/1999", "title": "NGI Coordination", "author": "David B. Nelson", "file_url": "https://www.nitrd.gov/historical/Pitac/presentations/pitac-lsn.pdf", "media_type": "pdf", "description": "Presentation outline: \"PITAC NGI Review Presentations: Large Scale Networking (LSN) Presentation.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "next generation internet; large-scale networking", "comments": "Presented to PITAC Review", "presented_at": "PITAC", "key_words": "" }, { "presentation_id": "PID-10-06-1999-0002-01", "year": "1999", "pp_date": "10/6/1999", "title": "NGI Program at DARPA", "author": "Mari Maeda", "file_url": "https://www.nitrd.gov/historical/Pitac/presentations/maeda.pdf", "media_type": "pdf", "description": "Presentation outline: \"PITAC NGI Review Presentations: DARPA Presentation.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "next generation internet", "comments": "Presented to PITAC Review", "presented_at": "PITAC", "key_words": "" }, { "presentation_id": "PID-10-06-1999-0003-01", "year": "1999", "pp_date": "10/6/1999", "title": "Next Generation Internet Program Update--Department of Energy", "author": "Mary Anne Scott", "file_url": "https://www.nitrd.gov/historical/Pitac/presentations/doe-Scott.pdf", "media_type": "pdf", "description": "Next Generation Internet Program Update - Department of Energy Accelerating Accomplishment of DOE Missions through Advanced Networks", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "next generation internet", "comments": "Presented to PITAC Review", "presented_at": "PITAC", "key_words": "" }, { "presentation_id": "PID-10-06-1999-0004-01", "year": "1999", "pp_date": "10/6/1999", "title": "NREN Status", "author": "Bessie Whitaker", "file_url": "https://www.nitrd.gov/historical/Pitac/presentations/nasa-Whitaker.pdf", "media_type": "pdf", "description": "\"PITAC NGI Review Presentations: NASA Presentation.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "next generation internet", "comments": "Presented to PITAC Review", "presented_at": "PITAC", "key_words": "" }, { "presentation_id": "PID-10-06-1999-0005-01", "year": "1999", "pp_date": "10/6/1999", "title": "NIST Interim Briefing for the PITAC", "author": "Kevin Mills", "file_url": "https://www.nitrd.gov/historical/Pitac/presentations/nist-Mills.pdf", "media_type": "pdf", "description": "Presentation outline: \"PITAC NGI Review Presentations: NIST Presentation.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "next generation internet", "comments": "Presented to PITAC Review", "presented_at": "PITAC", "key_words": "" }, { "presentation_id": "PID-10-06-1999-0006-01", "year": "1999", "pp_date": "10/6/1999", "title": "Healthcare and the Next Generation Internet", "author": "Michael J. Ackerman", "file_url": "https://www.nitrd.gov/historical/Pitac/presentations/nih-Ackerman.pdf", "media_type": "pdf", "description": "Presentation outline: \"PITAC NGI Review Presentations: NIH Presentation.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "next generation internet", "comments": "Presented to PITAC Review", "presented_at": "PITAC", "key_words": "" }, { "presentation_id": "PID-10-06-1999-0007-01", "year": "1999", "pp_date": "10/6/1999", "title": "NGI Testbeds (Goal 2.1 testbeds only)", "author": "Javad Boroumand", "file_url": "https://www.nitrd.gov/historical/Pitac/presentations/javad_talk.pdf", "media_type": "pdf", "description": "Presentation outline: \"PITAC NGI Review Presentations: NSF Presentation.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "next generation internet", "comments": "Presented to PITAC Review", "presented_at": "PITAC", "key_words": "" }, { "presentation_id": "PID-10-06-1999-0008-01", "year": "1999", "pp_date": "10/6/1999", "title": "CISE NGI", "author": "Aubrey Bush", "file_url": "https://www.nitrd.gov/historical/Pitac/presentations/nsf-Bush.pdf", "media_type": "pdf", "description": "Presentation outline: \"PITAC NGI Review Presentations: NSF Presentation.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "next generation internet", "comments": "Presented to PITAC Review", "presented_at": "PITAC", "key_words": "" }, { "presentation_id": "PID-10-06-1999-0009-01", "year": "1999", "pp_date": "10/6/1999", "title": "Applications (NGI Goal 3)", "author": "William F. Decker", "file_url": "https://www.nitrd.gov/historical/Pitac/presentations/nsf-Decker.pdf", "media_type": "pdf", "description": "Presentation outline: \"PITAC NGI Review Presentations: NSF Presentation.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "next generation internet", "comments": "Presented to PITAC Review", "presented_at": "PITAC", "key_words": "" }, { "presentation_id": "PID-10-06-1999-0010-01", "year": "1999", "pp_date": "10/6/1999", "title": "NSF NGI Research Report to the\nPITAC", "author": "Karen R. Sollins", "file_url": "https://www.nitrd.gov/historical/Pitac/presentations/nsf-Sollins.pdf", "media_type": "pdf", "description": "Presentation outline: \"PITAC NGI Review Presentations: NSF Presentation.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "next generation internet", "comments": "Presented to PITAC Review", "presented_at": "PITAC", "key_words": "" }, { "presentation_id": "PID-04-09-1999-0001-01", "year": "1999", "pp_date": "4/9/1999", "title": "NGI: A Glimpse Into the Future", "author": "Kay Howell", "file_url": "https://www.nitrd.gov/PUBS/talks/howell-09Apr98/indiana.pdf", "media_type": "pdf", "description": "Presentation outline: \"The Next Generation Internet initiative; How the NGI Initiative is Coordinated; Large Scale Networking; NGI Implementation Plan; Goals and Metrics; Sources of Applications; Functions of Applications Process; NGI and Internet2: Complementary and Interdependent.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "next generation internet", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-04-08-1999-0001-01", "year": "1999", "pp_date": "4/8/1999", "title": "Federal Next Generation Internet Initiative: A Glimpse into the Future", "author": "Kay Howell", "file_url": "https://www.nitrd.gov/PUBS/talks/pti_april899.pdf", "media_type": "pdf", "description": "Next Generation Internet (NGI); Imagine an Internet a thousand times faster than today: An Internet so ubiquitous that it interconnects all Americans regardless of location, age, income, or health; An Internet so safe and reliable that Americans confidently use it of their most important communications; An Internet so intelligent that it can be used effortlessly to help us preserve our environment, improve our productivity, and get first rate medical care.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "next generation internet", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-04-02-1998-0001-01", "year": "1998", "pp_date": "4/2/1998", "title": "Security Challenges of the NGI", "author": "Bob Aiken", "file_url": "https://www.nitrd.gov/historical/ngi/talks/aiken-02Apr98/nih_it_security.pdf", "media_type": "pdf", "description": "Outline: * Points to Remember * NGI Program Goals * Goal 1 : Technologies and security challenges * Goal 2 : Testbeds and security challenges * Goal 3 : Applications and security challenges * NIH Application Security Issues * NIH Security Challenges * NGI Workshop and identified Security Issues * Miscellaneous NGI information ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "next generation internet", "comments": "NIH IT Security Conference", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-02-18-1998-0001-01", "year": "1998", "pp_date": "2/18/1998", "title": "A Distributed Computing Support (DisCoS) Environment", "author": "Frederica Darema", "file_url": "https://www.nitrd.gov/Pubs/talks/discos-18Feb98/DisCoS.pdf", "media_type": "pdf", "description": "Background: The technology gap; A framework for new technology; New Approaches; Programming /Compiling Technology; Application Composition Technology; System Analysis Technology.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "computation; distributed computing", "comments": "Presented externally at the DSWA Workshop on HPC Requirements, February 18-20, 1998, by Frederica Darema, DARPA", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-02-18-1998-0002-01", "year": "1998", "pp_date": "2/18/1998", "title": "Emerging Directions for High Performance computing Software & Tools Research and Development", "author": "Frederica Darema", "file_url": "https://www.nitrd.gov/Pubs/talks/darema-18Feb98/DSWA_Workshop.pdf", "media_type": "pdf", "description": "Motivation: Application trends, Computing platform trends; Overview of Existing Application Support SW: Language, Compilers, Tools, Libraries; New Technology Needed (NOTE: This portion of the presentation is included under the title: A Distributed Computing Support Environment): application programming technology, application composition technology, system analysis technology.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "computation; software; high performance computing", "comments": "Presented externally at the Defense Special Weapons Agency (DSWA) Workshop on HPC Requirements, February 18-20, 1998, by Frederica Darema, DARPA", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-10-01-1997-0001-01", "year": "1997", "pp_date": "10/1/1997", "title": "NGI, Security, and You", "author": "Bob Aiken", "file_url": "https://www.nitrd.gov/PUBS/talks/aiken-Oct97/security-Oct97.pdf", "media_type": "pdf", "description": "Presentation outline: \"Next Generation Internet (NGI); Program Goals: Technologies, Network Engineering, QOS (end to end), Security; TESTBEDS; 10 sites at 1000x; MORPHNET (Virtual Networks).\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "next generation internet", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-10-01-1997-0001-01", "year": "1997", "pp_date": "10/1/1997", "title": "NGI , SECURITY, and YOU", "author": "Bob Aiken", "file_url": "https://www.nitrd.gov/historical/ngi/talks/aiken-Oct97/security-Oct97.pdf", "media_type": "pdf", "description": "Presentation outline: \"NGI Program Goals: New technologies and services, Testbed(s), Applications.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "next generation internet", "comments": "Security Workshop, Baltimore, MD", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-06-24-1997-0008-01", "year": "1997", "pp_date": "6/24/1997", "title": "University of Tennessee, Knoxville", "author": "Bill Blass", "file_url": "https://www.nitrd.gov/PUBS/talks/blass-24Jun97/blass-24Jun97.pdf", "media_type": "pdf", "description": "Bill Blass' comments regarding the NGI initiative to the Presidential Advisory Committee.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "next generation internet", "comments": "HPCC", "presented_at": "HPCC Advisory Committee", "key_words": "" }, { "presentation_id": "PID-06-24-1997-0006-01", "year": "1997", "pp_date": "6/24/1997", "title": "Experimental Program to Stimulate Competitive Research (EPSCoR) ", "author": "Bonnie Neas", "file_url": "https://www.nitrd.gov/PUBS/talks/neas-24Jun97/neas-24Jun97.pdf", "media_type": "pdf", "description": "Presentation outline: \"Experimental Program to Stimulate Competitive Research (EPSCoR) Written Statement by Bonnie Neas to the Presidential Advisory Committee Advisory Committee second meeting June 24-25, 1997 Bonnie Neas - Director Information Technology Services, North Dakota State University.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "next generation internet", "comments": "HPCC", "presented_at": "HPCC Advisory Committee", "key_words": "" }, { "presentation_id": "PID-06-24-1997-0005-01", "year": "1997", "pp_date": "6/24/1997", "title": "American Library Association Informal comments to the Presidential Advisory Committee", "author": "Carol C. Henderson", "file_url": "https://www.nitrd.gov/PUBS/talks/henderson-24Jun97/henderson-24Jun97.pdf", "media_type": "pdf", "description": "Presentation outline: \"The biggest problem the NGI initiative faces is the confusion in the minds of many who must approve and fund the activities envisioned. Clarifying this confusion is critically important. I'm not a technology expert, but I represent a constituency that includes both cutting edge superhighway applications, and what I might characterize as \"bike-lane\" or \"foot-path\" applications. I've been working information technology issues with Congress and other policy makers for some 20 years, and have developed a feel for policy maker reactions and some sympathy for the non-technologists who must nevertheless make key decisions on these issues.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "next generation internet", "comments": "HPCC", "presented_at": "HPCC Advisory Committee", "key_words": "" }, { "presentation_id": "PID-06-24-1997-0004-01", "year": "1997", "pp_date": "6/24/1997", "title": "Rural Connectivity - Optical Cable Systems", "author": "Christopher Stefano", "file_url": "https://www.nitrd.gov/PUBS/talks/pdf-24Jun97/stefano.pdf", "media_type": "pdf", "description": "Presentation outline: \"Rural Connectivity: Economics.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "connectivity; networks; networked systems", "comments": "HPCC", "presented_at": "HPCC Advisory Committee", "key_words": "" }, { "presentation_id": "PID-06-24-1997-0016-01", "year": "1997", "pp_date": "6/24/1997", "title": "Multimedia/Multimodal Interfaces", "author": "Gary W. Strong", "file_url": "https://www.nitrd.gov/PUBS/talks/pdf-25Jun97/strong.pdf", "media_type": "pdf", "description": "Presentation outline: \"CIC Human Centered Systems Working Group (HuCS); Participation in society is increasingly information-dependent; Multimedia/multimodal interfaces.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "human centered systems", "comments": "HPCC", "presented_at": "HPCC Advisory Committee", "key_words": "" }, { "presentation_id": "PID-06-24-1997-0003-01", "year": "1997", "pp_date": "6/24/1997", "title": "NGI - I2 - vBNS: NGI and Internet 2 Relationship", "author": "George O. Strawn", "file_url": "https://www.nitrd.gov/PUBS/talks/pdf-24Jun97/strawn.pdf", "media_type": "pdf", "description": "NGI and Internet 2 Relationship.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "next generation internet", "comments": "HPCC", "presented_at": "HPCC Advisory Committee", "key_words": "" }, { "presentation_id": "PID-06-24-1997-0011-01", "year": "1997", "pp_date": "6/24/1997", "title": "National High Performance Computing Integrated Process Team", "author": "Howard Frank", "file_url": "https://www.nitrd.gov/PUBS/talks/pdf-24Jun97/ipt.pdf", "media_type": "pdf", "description": "Presentation outline: \"What are the alternative future scenarios with respect to the US international lead in the high end of high performance computing? What is the threat to national security associated with each scenario? What technology advantage is necessary for the US, if any?\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "high-end computing; high performance computing", "comments": "The Presidential Advisory Committee on High Performance Computing and Communications, Information Technology, and the Next Generation Internet", "presented_at": "HPCC Advisory Committee", "key_words": "" }, { "presentation_id": "PID-06-24-1997-0019-01", "year": "1997", "pp_date": "6/24/1997", "title": "Community Perspective for Environmental Modeling", "author": "Joan H. Novak", "file_url": "https://www.nitrd.gov/PUBS/talks/pdf-25Jun97/novak.pdf", "media_type": "pdf", "description": "Presentation outline: \"Environmental Applications; Ocean & Weather Modeling; Environmental Impact Modeling; Holistic Environmental Modeling; Holistic Predictive Capability; CIC Technology Research Areas.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "environment; applications", "comments": "The Presidential Advisory Committee on High Performance Computing and Communications, Information Technology, and the Next Generation Internet", "presented_at": "HPCC Advisory Committee", "key_words": "" }, { "presentation_id": "PID-06-24-1997-0010-01", "year": "1997", "pp_date": "6/24/1997", "title": "Society for Industrial and Applied Mathematics (SIAM)", "author": "John Guckenheimer", "file_url": "https://www.nitrd.gov/PUBS/talks/pdf-25Jun97/guckenheimer.pdf", "media_type": "pdf", "description": "Comments to the Presidential Advisory Committee on High Performance Computing and Communications, Information Technology, and the Next Generation Internet.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "next generation internet", "comments": "The Presidential Advisory Committee on High Performance Computing and Communications, Information Technology, and the Next Generation Internet", "presented_at": "HPCC Advisory Committee", "key_words": "" }, { "presentation_id": "PID-06-24-1997-0012-01", "year": "1997", "pp_date": "6/24/1997", "title": "HECC Strategic Plan Overview", "author": "Le Holcomb; Paul H. Smith", "file_url": "https://www.nitrd.gov/PUBS/talks/hecc-24Jun97/hecc-24Jun97.pdf", "media_type": "pdf", "description": "HECC Strategic Plan Overview.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "high-end computing", "comments": "The Presidential Advisory Committee on High Performance Computing and Communications, Information Technology, and the Next Generation Internet", "presented_at": "HPCC Advisory Committee", "key_words": "" }, { "presentation_id": "PID-06-24-1997-0012-02", "year": "1997", "pp_date": "6/24/1997", "title": "Additional HECC Materials", "author": "Le Holcomb; Paul H. Smith", "file_url": "https://www.nitrd.gov/PUBS/talks/pdf-24Jun97/heccAp.pdf", "media_type": "pdf", "description": "High End Computing.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "high-end computing", "comments": "The Presidential Advisory Committee on High Performance Computing and Communications, Information Technology, and the Next Generation Internet", "presented_at": "HPCC Advisory Committee", "key_words": "" }, { "presentation_id": "PID-06-24-1997-0020-01", "year": "1997", "pp_date": "6/24/1997", "title": "Applications Council Update", "author": "Melvyn Ciment", "file_url": "https://www.nitrd.gov/PUBS/talks/pdf-25Jun97/ciment.pdf", "media_type": "pdf", "description": "Presentation outline: \"Applications Council; Government Information Technology Services Board (GITSB); IT Innovation Fund; OMB/Franklin Raines directives; Digital Government Initiative.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "applications; computing; high performance computing", "comments": "The Presidential Advisory Committee on High Performance Computing and Communications, Information Technology, and the Next Generation Internet", "presented_at": "HPCC Advisory Committee", "key_words": "" }, { "presentation_id": "PID-06-24-1997-0018-01", "year": "1997", "pp_date": "6/24/1997", "title": "NLM Applications", "author": "Michael J. Ackerman", "file_url": "https://www.nitrd.gov/PUBS/talks/pdf-25Jun97/ackerman.pdf", "media_type": "pdf", "description": "Presentation outline: \"NIH Applications; Real-time Telemedicine; Medical Image Reference Libraries; High-Resolution Imaging Telemedicine.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "computing; medical; applications; library", "comments": "The Presidential Advisory Committee on High Performance Computing and Communications, Information Technology, and the Next Generation Internet", "presented_at": "HPCC Advisory Committee", "key_words": "" }, { "presentation_id": "PID-06-24-1997-0002-01", "year": "1997", "pp_date": "6/24/1997", "title": "Internet2", "author": "Mike Roberts", "file_url": "https://www.nitrd.gov/PUBS/talks/pdf-24Jun97/m.roberts.pdf", "media_type": "pdf", "description": "Presentation outline: \"Internet2 Project priorities: re-create leading edge R&E network capability; enable new generation of applications; integrate with production environment; Internet2 Applications; Technical Objectives; Internet 2 & Next Generation Internet.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networks; networked systems", "comments": "The Presidential Advisory Committee on High Performance Computing and Communications, Information Technology, and the Next Generation Internet", "presented_at": "HPCC Advisory Committee", "key_words": "" }, { "presentation_id": "PID-06-24-1997-0007-01", "year": "1997", "pp_date": "6/24/1997", "title": "RCI, Ltd. 1997-98 AITS INDUSTRY PROGRAM", "author": "RCI, Ltd", "file_url": "https://www.nitrd.gov/PUBS/talks/pdf-24Jun97/sherman.pdf", "media_type": "pdf", "description": "Integrating Scientific and Technical Computing with Traditional Information Systems for Advanced Information Technology Solutions (AITS) in the Next Decade; The New Era of Information Technology; As the technologies of scientific/technical computing and traditional information systems converge, a new era of information technology is emerging.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "next generation internet; networking; networked systems", "comments": "The Presidential Advisory Committee on High Performance Computing and Communications, Information Technology, and the Next Generation Internet", "presented_at": "HPCC Advisory Committee", "key_words": "" }, { "presentation_id": "PID-06-24-1997-0009-01", "year": "1997", "pp_date": "6/24/1997", "title": "Comments from Private Citizen", "author": "Richard I. Martinez", "file_url": "https://www.nitrd.gov/PUBS/talks/martinez-24Jun97/martinez-24Jun97.pdf", "media_type": "pdf", "description": "Questions relating to NGI and Internet 2 Public Statement by Richard I. Martinez, Ph.D. to the Presidential Advisory Committee Richard I. Martinez, Ph.D.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "next generation internet; networking; networked systems", "comments": "The Presidential Advisory Committee on High Performance Computing and Communications, Information Technology, and the Next Generation Internet", "presented_at": "HPCC Advisory Committee", "key_words": "" }, { "presentation_id": "PID-06-24-1997-0015-01", "year": "1997", "pp_date": "6/24/1997", "title": "Digital Libraries Initiative ", "author": "S. Griffin", "file_url": "https://www.nitrd.gov/PUBS/talks/pdf-25Jun97/griffin.pdf", "media_type": "pdf", "description": "Presentation outline: \"Digital Libraries Initiative (DLI) : Research Foci; Comparison of DLI with DLI 2.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "library", "comments": "The Presidential Advisory Committee on High Performance Computing and Communications, Information Technology, and the Next Generation Internet", "presented_at": "HPCC Advisory Committee", "key_words": "" }, { "presentation_id": "PID-06-24-1997-0001-01", "year": "1997", "pp_date": "6/24/1997", "title": "NGI Subcommittee Report", "author": "The Presidential Advisory Committee on HPCC", "file_url": "https://www.nitrd.gov/PUBS/talks/pdf-24Jun97/reddy.pdf", "media_type": "pdf", "description": "The Presidential Advisory Committee on High Performance Computing and Communications, Information Technology, and the Next Generation Internet has made its initial recommendations on the proposed initiative in a letter to Dr. John E. Gibbons, Assistant to the President for Science and Technology, on May 30, 1997. These slides accompany those recommendations and provide some additional details and examples.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "next generation internet; networking; networked systems", "comments": "The Presidential Advisory Committee on High Performance Computing and Communications, Information Technology, and the Next Generation Internet", "presented_at": "HPCC Advisory Committee", "key_words": "" }, { "presentation_id": "PID-06-24-1997-0013-01", "year": "1997", "pp_date": "6/24/1997", "title": "Findings and Recommendations from the Petaflops Workshop Series", "author": "Thomas Sterling", "file_url": "https://www.nitrd.gov/PUBS/talks/pdf-24Jun97/petaflops.pdf", "media_type": "pdf", "description": "Presentation outline: \"Path(s) to PetaFLOPS; Petaflops Workshops; Strategic Findings; Applications for Petaflops Computers; The NSF Point Design Studies; Architecture Concepts; Basic SIA Roadmap CMOS Trends.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "high-end computing", "comments": "The Presidential Advisory Committee on High Performance Computing and Communications, Information Technology, and the Next Generation Internet", "presented_at": "HPCC Advisory Committee", "key_words": "" }, { "presentation_id": "PID-06-24-1997-0017-01", "year": "1997", "pp_date": "6/24/1997", "title": "CCIC Applications", "author": "William T. Turnbull", "file_url": "https://www.nitrd.gov/PUBS/talks/pdf-25Jun97/turnbull.pdf", "media_type": "pdf", "description": "Presentation outline: \"Overview of Applications in R&D.; Applications Cross-Cut PCAs; Roles of Applications Agencies; Roles of Technology Agencies; Grand Challenges; National Challenges; Applications Areas;\"\n", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "computing; communications; applications", "comments": "The Presidential Advisory Committee on High Performance Computing and Communications, Information Technology, and the Next Generation Internet", "presented_at": "HPCC Advisory Committee", "key_words": "" }, { "presentation_id": "PID-06-24-1997-0014-01", "year": "1997", "pp_date": "6/24/1997", "title": "Equitable Access to Information", "author": "Y.T. Chien", "file_url": "https://www.nitrd.gov/PUBS/talks/pdf-25Jun97/chien.pdf", "media_type": "pdf", "description": "Presentation outline: \"HuCS Activities; Sample On-Going Projects; HuCS in US R&D Context; HuCS & Equitable Access.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "high-end computing", "comments": "The Presidential Advisory Committee on High Performance Computing and Communications, Information Technology, and the Next Generation Internet", "presented_at": "HPCC Advisory Committee", "key_words": "" }, { "presentation_id": "PID-06-13-1997-0004-01", "year": "1997", "pp_date": "6/13/1997", "title": "Next Generation Internet (NGI) Initiative", "author": "George O. Strawn", "file_url": "https://www.nitrd.gov/PUBS/talks/pdf-13Jun97/strawn.pdf", "media_type": "pdf", "description": "Briefing by LSN Working Group Co-Chair, George Strawn, DOE. Vision for NGI; 21st Century Applications; Collaboratories; Remote Experimentation; Distributed Computing; Initiative Goals; Metrics; Technology Spiral; Government Role in Benefits Spiral; Agency Strengths for NGI; Strategic Approach; Deliverables.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "next generation internet; networking; networked systems", "comments": "Congressional Internet Caucus Briefing on the Next Generation Internet ", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-06-13-1997-0001-01", "year": "1997", "pp_date": "6/13/1997", "title": "Next Generation Internet Technology: Presented to\nThe Internet Caucus", "author": "Howard Frank", "file_url": "https://www.nitrd.gov/PUBS/talks/pdf-24Jun97/frank.pdf", "media_type": "pdf", "description": "Presentation outline: \"ATDNet: Advanced Network Technology DARPA Extends Capabilities; DARPA/NSF Gigabit Testbeds DARPA Led ATDNet and Commercial Technology; Government Impact on Networking; Government Network Technology; DARPA Broadband Information DARPA Technology Program; NGI Ultra High Speed Technologies; NGI Research in Protocols and Network Management.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "next generation internet; networking; networked systems", "comments": "Internet caucus (June 13, 1997)", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-06-13-1997-0005-01", "year": "1997", "pp_date": "6/13/1997", "title": "Next Generation Internet Technology ", "author": "Howard Frank", "file_url": "https://www.nitrd.gov/PUBS/talks/pdf-13Jun97/frank.pdf", "media_type": "pdf", "description": "Briefing by Dr. Howard Frank, Director, Information Technology Office, DARPA. ATDNet: Advanced Network Technology DARPA Extends Capabilities; ARPA/NSF Gigabit Testbeds DARPA Led ATDNet and Commercial Technology; Government Impact on Networking; Government Network Technology; Crisis Management; DARPA Broadband Information Technology Program; NGI Ultra High Speed Technologies; NGI Research in Protocols and Network Management; NGI Advanced Network Management.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "next generation internet; networking; networked systems", "comments": "Congressional Internet Caucus Briefing on the Next Generation Internet ", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-06-13-1997-0001-01", "year": "1997", "pp_date": "6/13/1997", "title": "Next Generation Internet Briefing to the Internet Caucus", "author": "John C. Toole", "file_url": "https://www.nitrd.gov/PUBS/talks/pdf-13Jun97/toole.pdf", "media_type": "pdf", "description": "Briefing by John C. Toole, Director, National Coordination Office for Computing, Information, and Communications. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "next generation internet; networking; networked systems", "comments": "Congressional Internet Caucus Briefing on the Next Generation Internet ", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-06-13-1997-0003-01", "year": "1997", "pp_date": "6/13/1997", "title": "Internet2", "author": "Mike Roberts", "file_url": "https://www.nitrd.gov/PUBS/talks/pdf-13Jun97/roberts.pdf", "media_type": "pdf", "description": "Briefing by Mike Roberts, Project Director, Internet2.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networking; networked systems", "comments": "Congressional Internet Caucus Briefing on the Next Generation Internet ", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-06-13-1997-0002-01", "year": "1997", "pp_date": "6/13/1997", "title": "Presidential Advisory Committee's Initial Report to the President: Recommendations on NGI Initiative", "author": "Raj Reddy", "file_url": "https://www.nitrd.gov/PUBS/talks/pdf-13Jun97/reddy.pdf", "media_type": "pdf", "description": "Presented by Raj Reddy, NGI Subcommittee Chair, Advisory Committee on High Performance Computing and Communications, Information Technology, and the Next Generation Internet. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "next generation internet; networking; networked systems", "comments": "Congressional Internet Caucus Briefing on the Next Generation Internet ", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-06-05-1997-0001-01", "year": "1997", "pp_date": "6/5/1997", "title": "Private Industry Role in Next Generation Internet", "author": "Bob Aiken", "file_url": "https://www.nitrd.gov/PUBS/talks/pdf-05Jun97/aiken.pdf", "media_type": "pdf", "description": "NGI: Private Industry Role in Next Generation Internet; Applications; Technologies; Security; MORPHNET.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "next generation internet; networking; networked systems", "comments": "Next Generation Internet Industry Briefing hosted by NASA Ames Research center ", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-06-05-1997-0002-01", "year": "1997", "pp_date": "6/5/1997", "title": "How the Private Sector and Government Can Work Together", "author": "Maylene Duenas", "file_url": "https://www.nitrd.gov/PUBS/talks/pdf-05Jun97/duenas.pdf", "media_type": "pdf", "description": "NGI Partnering; Broad Agency Announcement; NASA Specific Partnering Tool: Joint Sponsored Research Agreement (JSRA). ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "next generation internet; networking; networked systems", "comments": "Next Generation Internet Industry Briefing hosted by NASA Ames Research center ", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-05-12-1997-0001-01", "year": "1997", "pp_date": "5/12/1997", "title": "Research Challenges For The Next Generation Internet", "author": "Jean E. Smith; Fred W. Weingarten", "file_url": "https://www.nitrd.gov/historical/ngi/pubs/research/research_chall.pdf", "media_type": "pdf", "description": "This report resulted from the Workshop on Research Directions for the Next Generation Internet, held May 12-14, 1997. The workshop was funded by NSF and supported by NSF program staff. The report does not reflect NSF policy or the views of any particular participant.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "next generation internet; networking; networked systems", "comments": "", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-04-02-1997-0001-01", "year": "1997", "pp_date": "4/2/1997", "title": "High End Computing for\nNational Security ", "author": "Howard Frank", "file_url": "https://www.nitrd.gov/PUBS/talks/pdf-misc/hpc-ipt.pdf", "media_type": "pdf", "description": "National High Performance Computing Integrated Process Team (IPT) presentation by Howard Frank, DAPRA ; US has critical national security needs for high end technology and technology leadership that are not being met * Without additional government action, US high end technology will not be available to meet national security leading edge needs * These concerns require a proactive approach by the defense and national security community to determine an appropriate government response * The community should implement measures to maintain technology leadership by establishing a joint, high end, national security partnership with industry.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "high-end computing", "comments": "National High Performance Computing Integrated Process Team (IPT) ", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-03-17-1997-0001-01", "year": "1997", "pp_date": "3/17/1997", "title": "Redefining Revolution in Engineering: Federal R&D in Computing, Information and Communications", "author": "John C. Toole", "file_url": "https://www.nitrd.gov/PUBS/talks/pdf-misc/needha97.pdf", "media_type": "pdf", "description": "National Electrical Engineering Department Heads Association (NEEDHA); Federal HPCC Program; CCIC Strategic Planning; High End Computing and Computation; Performance Computing.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "high-end computing; large-scale networking; electrical engineering", "comments": "National Electrical Engineering Department Heads Association", "presented_at": "Other venue", "key_words": "" }, { "presentation_id": "PID-02-27-1997-0002-01", "year": "1997", "pp_date": "2/27/1997", "title": "Advisory Committee Charge and Perspective on Federal Science and Technology Investments", "author": "Anita K. Jones", "file_url": "https://www.nitrd.gov/PUBS/talks/jones-27Feb97/jones-27Feb97.pdf", "media_type": "pdf", "description": "Briefing by Dr. Anita K. Jones, Director of Defense Research & Engineering, Department of Defense.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "high-performance computing", "comments": "HPCC Advisory Committee", "presented_at": "HPCC Advisory Committee", "key_words": "" }, { "presentation_id": "PID-02-27-1997-0005-01", "year": "1997", "pp_date": "2/27/1997", "title": "Large Scale Networking and Next Generation Internet Initiative", "author": "David B. Nelson; George O. Strawn", "file_url": "https://www.nitrd.gov/PUBS/talks/pdf-27Feb97/lsn.pdf", "media_type": "pdf", "description": "Briefing by LSN Working Group Co-Chair Dr. David Nelson, DOE. LSN Working Group Goals; Next Generation Internet Initiative; 21st Century Applications Federal and Academic Applications; Proposed Initiative Budget; Draft Initiative Deliverables; What are the appropriate roles for federal, university, and private sector partners? Is the balance of efforts among initiative goals correct? Are the technical goals and milestones appropriate?", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "large-scale networking; next generation internet; initiative", "comments": "HPCC Advisory Committee", "presented_at": "HPCC Advisory Committee", "key_words": "" }, { "presentation_id": "PID-02-27-1997-0009-01", "year": "1997", "pp_date": "2/27/1997", "title": "Federal Networking Council (FNC)", "author": "Dick desJardins", "file_url": "https://www.nitrd.gov/PUBS/talks/pdf-27Feb97/fnc.pdf", "media_type": "pdf", "description": "Briefing by FNC Executive Committee member, Richard desJardins, NASA. FNC Charter: to provide a forum for networking collaborations among Federal agencies to meet their research, education, and operational mission goals; to bridge the gap between the advanced networking technologies being developed by research FNC agencies and the ultimate acquisition of mature versions of these technologies from the commercial sector. This helps build the NII, addresses Federal technology transition goals, and allows the operational experiences of the FNC to influence future Federal research agendas.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "networking; networked systems", "comments": "HPCC Advisory Committee", "presented_at": "HPCC Advisory Committee", "key_words": "" }, { "presentation_id": "PID-02-27-1997-0006-01", "year": "1997", "pp_date": "2/27/1997", "title": "High Confidence Systems\nBriefing to Presidential Advisory Group", "author": "Howard Frank; Brian Snow", "file_url": "https://www.nitrd.gov/PUBS/talks/pdf-27Feb97/hcs.pdf", "media_type": "pdf", "description": "Briefing by HCS Working Group Co-Chair Dr. Howard Frank, DARPA; Goal: Robust Performance Despite Rain, Snow, Clever Enemies, and Outrageous Fortune; America in the Age of Information: Business Environment, Technology Environment, Government Role; High Confidence Systems Working Group Charter, Scope; Related Federal Activities; Coordinated Activities.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "high confidence systems", "comments": "HPCC Advisory Committee", "presented_at": "HPCC Advisory Committee", "key_words": "" }, { "presentation_id": "PID-02-27-1997-0008-01", "year": "1997", "pp_date": "2/27/1997", "title": "Education, Training and Human Resources Working Group", "author": "John C. Cherniavsky", "file_url": "https://www.nitrd.gov/PUBS/talks/pdf-27Feb97/ethr.pdf", "media_type": "pdf", "description": "Briefing by ETHR Working Group Chair Dr. John C. Cherniavsky, NSF. ETHR Charter: Further use of Information Technology in service to educational and training needs; Promote coordination of interagency research on learning technologies; Promote coordination of interagency educational and training testbeds; Promote coordination for the development of human capital, at all educational levels, knowledgeable in information technologies.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "education; human resources", "comments": "HPCC Advisory Committee", "presented_at": "HPCC Advisory Committee", "key_words": "" }, { "presentation_id": "PID-02-27-1997-0003-01", "year": "1997", "pp_date": "2/27/1997", "title": "Computing, Information, and Communications R&D", "author": "John C. Toole", "file_url": "https://www.nitrd.gov/PUBS/talks/toole-27Feb97/toole-27Feb97.pdf", "media_type": "pdf", "description": "Briefing by John C. Toole, Director, National Coordination Office for Computing, Information, and Communications. ", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "high-performance computing", "comments": "HPCC Advisory Committee", "presented_at": "HPCC Advisory Committee", "key_words": "" }, { "presentation_id": "PID-02-27-1997-0001-01", "year": "1997", "pp_date": "2/27/1997", "title": "Welcome and Introduction", "author": "John H. Gibbons", "file_url": "https://www.nitrd.gov/PUBS/talks/gibbons-27Feb97/gibbons-27Feb97.pdf", "media_type": "pdf", "description": "Welcome and Introduction by Dr. John H. Gibbons Assistant to the President for Science and Technology February 27, 1997 - Address to the HPCC Advisory Committee.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "high-performance computing", "comments": "HPCC Advisory Committee", "presented_at": "HPCC Advisory Committee", "key_words": "" }, { "presentation_id": "PID-02-27-1997-0010-01", "year": "1997", "pp_date": "2/27/1997", "title": "Committee On Computing, Information, & Communications Red (CCIC): Applications Council", "author": "Melvyn Ciment", "file_url": "https://www.nitrd.gov/PUBS/talks/pdf-27Feb97/app.pdf", "media_type": "pdf", "description": "Briefing to Presidential Advisory Committee on HPCC/IT/NGI; CIC Applications Council Purpose: Act as a bridge to non-R&D agency functions; Promote early application of advanced CIC technologies and R&D capabilities to critical government missions; Work with broader NSTC to accelerate transition process within and beyond federal government; Encourage multi-agency pilot projects to assess critical CIC technologies needed by applications l Support administration goals to identify and reduce applications barriers in the international arena.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "computing; communications; applications", "comments": "HPCC Advisory Committee", "presented_at": "HPCC Advisory Committee", "key_words": "" }, { "presentation_id": "PID-02-27-1997-0004-01", "year": "1997", "pp_date": "2/27/1997", "title": "High End Computing and Computation (HECC) Working Group", "author": "Paul H. Smith; Lee Holcomb", "file_url": "https://www.nitrd.gov/PUBS/talks/pdf-27Feb97/hecc.pdf", "media_type": "pdf", "description": "Briefing by HECC Working Group Co-Chair Lee B. Holcomb, NASA; HECC R&D Objectives; HECC R&D Scope; Foundations for the HECC R&D Program; HECC Thrusts; System Software Research Thrusts; High-End Computing and Computation Budgets.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "high-end computing", "comments": "HPCC Advisory Committee", "presented_at": "HPCC Advisory Committee", "key_words": "" }, { "presentation_id": "PID-02-27-1997-0011-01", "year": "1997", "pp_date": "2/27/1997", "title": "Appendix: Background and Selected HECC Examples", "author": "Paul H. Smith; Lee Holcomb", "file_url": "https://www.nitrd.gov/PUBS/talks/pdf-27Feb97/heccAp.pdf", "media_type": "pdf", "description": "Presentation outline: \"Background and Selected HECC Examples; Briefing to the Presidential Advisory Committee February 27, 1997.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "high-end computing", "comments": "HPCC Advisory Committee", "presented_at": "HPCC Advisory Committee", "key_words": "" }, { "presentation_id": "PID-02-27-1997-0012-01", "year": "1997", "pp_date": "2/27/1997", "title": "Appendix: Technology Areas for HCS WG", "author": "Paul H. Smith; Lee Holcomb", "file_url": "https://www.nitrd.gov/PUBS/talks/pdf-27Feb97/hcsAp.pdf", "media_type": "pdf", "description": "Presentation outline: \"High Confidence Computing; High Confidence Networking; Encryption, Assurance & Integration; Large Scale Systems; Testing Methodologies and Techniques.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "high-end computing", "comments": "HPCC Advisory Committee", "presented_at": "HPCC Advisory Committee", "key_words": "" }, { "presentation_id": "PID-02-27-1997-0013-01", "year": "1997", "pp_date": "2/27/1997", "title": "The NGI Vision", "author": "Paul H. Smith; Lee Holcomb", "file_url": "https://www.nitrd.gov/PUBS/talks/pdf-misc/jt_ngi.pdf", "media_type": "pdf", "description": "Presentation outline: \"Next Generation Internet slides.\"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "high-end computing", "comments": "HPCC Advisory Committee", "presented_at": "HPCC Advisory Committee", "key_words": "" }, { "presentation_id": "PID-02-27-1997-0007-01", "year": "1997", "pp_date": "2/27/1997", "title": "Human Centered Systems CIC R&D Subcommittee Working Group", "author": "Y.T. Chien; Michael J. Ackerman; Dave Gunning", "file_url": "https://www.nitrd.gov/PUBS/talks/pdf-27Feb97/hucs.pdf", "media_type": "pdf", "description": "Briefing by HuCS Working Group Chair Dr. Y.T. Chien, NSF; Evolving Opportunities in IT; Human-centered Parameters for High-performance Computing; Research & Development Areas; Some On-Going HuCS Programs; Relationships to Other WG's; Working Group Activities; The Augmentation System; CIC/HuCS: Collective Impact.", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "human centered systems", "comments": "HPCC Advisory Committee", "presented_at": "HPCC Advisory Committee", "key_words": "" }, { "presentation_id": "PID-11-20-1996-0001-01", "year": "1996", "pp_date": "11/20/1996", "title": "Supercomputing '96 Plenary Talk: Crisis, Innovation, Opportunity: Where Does HPCC Go From Here", "author": "John Toole", "file_url": "https://www.nitrd.gov/PUBS/talks/toole-20Nov96/toole-20Nov96.pdf", "media_type": "pdf", "description": "Presentation outline: \"Scalable Parallel Computing Technology Base mid-1990s; HPC Food Chain; Strategic Advantage; Federal HPCC Program; Blue Books. \"", "metadata_created": "10/4/2017", "metadata_modified": "10/4/2017", "topic": "high-performance computing", "comments": "HPCC Advisory Committee", "presented_at": "HPCC Advisory Committee", "key_words": "" }, { "presentation_id": "PID-07-01-1993-0001-01", "year": "1993", "pp_date": "07/01/1993", "title": "Copyright and Information Services in the Context of the National Research and Education Network", "author": "R. J. (Jerry) Linn", "file_url": "https://www.nitrd.gov/PUBS/linn/Copyright_and_Information_Services.pdf", "media_type": "pdf", "description": "Abstract:\"The High Performance Computing Act of 1991 (P.L. 102-194) places unenforceable requirements to protect copyrights and intellectual property rights on the National Research and Education Network (NREN). Proposed are: a logical framework for discussion of technical and legal issues; separation of the roles and responsibilities of the NREN and information services attached to it; technical means to solve problems associated with authentication, redistribution and authorization of use of electronic documents over the NREN; and an amendment to the High Performance Computing Act.\"", "metadata_created": "12/30/2019", "metadata_modified": "12/30/2019", "topic": "intellectual property", "comments": "", "presented_at": "Other venue", "key_words": "High Performance Computing (HPC) Act; National Research and Education Network (NREN); protection of copyrights; intellectual property; authentication; digitalsignature" } ] }