|
Industry and Academic Contributions
|
| |
|
First Author Name |
Title |
| |
| Rajeev Alur |
Model-Based
Design of Embedded Software  |
| Don Batory |
ExCIS:
An Integration of Domain-Specific Languages and Feature-Oriented
Programming |
| Ira Baxter |
Breaking
the Software Development Roadblock: Continuous Software
Enhancement By Design Maintenance |
| Barry Boehm |
Value
Based Software Engineering |
| Karl Crary |
Modularity
Matters Most |
| Joseph Cross |
Patterns,
Classes, and Derivation |
| Gary Daugherty |
A
'substrate' for dynamically behavior in high assurance,
embedded, real-time systems |
| Premkumar
Devanbu |
Evolution
in Distributed Heterogeneous Systems |
| Laura Dillon |
Automated
Development and Run-time Adaptation of Interactive Distributed
Applications |
| Tzilla Elrad |
Aspect-Oriented
Operating Systems |
| R. Gamble |
Beyond
Documentation |
| Susan Gerhart |
Software
Research and Education: Meet the SIMS! |
| Paul Hudak |
Declarative
Real-World Abstractions |
| Jim Hugunin |
The
Next Steps For Aspect-Oriented Programming Languages (in
Java) |
| Daniel Jackson |
Micromodels
of Software |
| Ralph Johnson |
Program
Restructuring |
| Philip Johnson |
You
can't even ask them to push a button: Toward ubiquitous,
developer-centric, empirical software engineering
|
| Samuel Kamin |
Dynamically
reconfigurable software components |
| Gabor Karsai |
Models,
Patterns, and Generators for Embedded Systems |
| George Kasai |
New
Directions in Avionics Software Design and Productivity
|
| Gregor Kiczales |
Aspect-Oriented
Programming - The Fun Has Just Begun |
| Kane Kim |
High-Level
High-Precision Design and Programming of Real-Time Distributed
Computing Components |
| Mieczyslaw Kokar |
Self-Controlling
Architecture Structured Agents |
| Shriram
Krishnamurthi |
Scalable
Composition, Evolution and Verification Through Feature-Oriented
Programming |
| Robert Laddaga |
Tolerant
Software |
| James Larus |
A
New Generation of Systematic Programming Tools |
| Insup Lee |
Integrating
Formal Techniques for the Development of Embedded Software
|
| Karl Lieberherr |
Coupling
Mechanisms in Aspect-Oriented Software |
| Joe Loyall |
Software
Directions for Network Centric Distributed Computing Systems
|
| Tommy McGuire |
Correctness
Preserving Transformations for Network Protocol Compilers
|
| Nenad Medvidovic |
Programming-in-the-Many:
A Software Engineering Paradigm for the 21st Century
|
| Michael
Mislove |
Component
Technologies and Fundamental Research in Interoperability
|
| Priya Narasimhan |
Middleware-Based
Software Infrastructures for the Transparent Composition
of System Properties |
| Bob Neches |
Community-Based
Software Development Under Time Pressure: New Jersey and
San Diego in the 21st Century |
| Dewayne Perry |
An
Empirical Approach to Design Metrics and Judgments
|
| Calton Pu |
Self-Regulating
Software: Scalable, Predictable, Composable Distributed
Systems |
| William Pugh |
Evaluating
Research on Software Design and Productivity |
| John Reekie |
Some
Research Directions in the Ptolemy Project |
| Steven Reiss |
Consistent
Software Evolution |
| Robert Riemenschneider |
Dependability
Co-Design |
| Martin Rinard |
Program
Analysis and Implementation Techniques for Real-Time and
Embedded Software Interoperability |
| Paul Robertson |
Perceptually
Enabled Software |
| Paul Robertson |
Self
Adaptive Software |
| David Sharp |
Software
Line Technologies for Military Systems |
| Kang Shin |
Performance
Modeling for Software Integration |
| Charles
Simonyi |
Intentional
Programming: Asymptotic Fun? |
| Douglas Smith |
Software
Productivity through Automation and Design Knowledge
|
| Scott Smolka |
Embedded
Software Design Automation |
| David Stewart |
Miniature
Software for Large Pervasive Computing Applications
|
| Richard
Taylor |
Function
Follows Form: Architecture and 21st Century Software Engineering
|
| Brian Williams |
A
Reactive Model-based Programming Language for Robotic
Space Explorers |
