TRI-Ada 1992: Orlando, Florida, USA

• Richard M. Stallman:
  Against User Interface Copyright. 9-13
  
• The League for Programming Freedom:
  Against Software Patents. 14-21
  
• The League for Programming Freedom:
  The Effects of Software Patents. 22-27
  
• Christine M. Anderson:
  Ada 9X for Managers. 31-35
  
• S. Tucker Taft:
  Ada 9X and Systems Programming. 37-42
  
• John B. Goodenough:
  Ada 9X and Real-Time Systems. 43-47
  
• Anthony Gargaro:
  Towards Distributed Systems in Ada 9X. 49-54
  
• John McHugh:
  Ada 9X and Safety Critical/Secure Systems. 55-59
  
• Paul Reed:
  Experiences in Implementing Ada 9X Protected Records and Requeue. 62-67
  
• Gary Dismukes, Mike A. Rome:
  Implementing Tagged Types and Type Extensions for Ada 9X. 68-78
  
• Bernard Banner, Edmond Schonberg:
  Assessing Ada 9X OOP: Building a Reusable Components Library. 79-90
  
• S. Tucker Taft:
  Ada 9X and OOP. 91-96
  
• Benjamin M. Brosgol:
  Ada 9X and Information Systems. 97-99
  
• Edmond Schonberg:
  Teaching Ada 9X. 101-106
  
• Joyce L. Tokar:
  Ada 9X Implementation. 107-112
  
• Nelson H. Weiderman:
  Ada 9X Validation. 113-118
  
• Douglas R. Goodman, Richard A. McBride:
  Ada as an Introductory Language. 122-125
  
• Duane J. Jarc:
  Ada, Pascal's Replacement for Introductory Courses in Computer Science. 126-134
  
• Harold Youtzy Jr.:
  Ada: Still Our First Choice. 135-139
  
• Matthew J. Lodge:
  Benchmarking Ada: A Rationale. 142-147
  
• Alvaro Hermida:
  HEmut-PoliCaza: Introducing Ada in the University Through PC Anti-Virus Software Development. 148-156
  
• John Beidler:
  Building on the Booch Components: What Can Be Learned When Modifying Real World Software Tools for Educational Use. 157-164
  
• N. Scott Strong:
  Identifying a Complete Object Oriented Life Cycle for Large Systems Development. 166-175
  
• Mohamed Fayad, Louis J. Hawn, Mark A. Roberts, Jay W. Schooley, Wei-Tek Tsai:
  Hardware-In-the-Loop (HIL) Simulation: An Application of Colbert's Object-Oriented Software Development Method. 176-188
  
• John A. Jurik, Roger S. Schemenaur:
  Experiences in Object Oriented Development. 189-197
  
• Stefano Crespi-Reghizzi, Marco De Michele, Stefano Perotta:
  Behavioral Inheritance: Concepts, Ada Implementation and Experience. 200-210
  
• Andrew R. Carmichael:
  Defining Software Architectures Using the Hierarchical Object-Oriented Design Nethod (HOOD). 211-219
  
• Michael I. Frankel:
  Analysis/Architecture Models to ASG Models: Enabling the Transition. 220-231
  
• David Brookman:
  Object Oriented Methodology Demonstration (OOMD) and Discussion. 233-238
  
• Rod Arbaugh, Mark Gerhardt:
  A Modern Development Process: Experience Gained from Topaz Project. 240-248
  
• Richard P. Simonian:
  Software Development in Core: The Application of Ada and Spiral Development. 249-257
  
• Ramón D. Acosta:
  Specification Prototyping of Concurrent Ada Programs in DProto. 258-266
  
• James W. Moore:
  The Evolving Role of Software Reuse. 268-275
  
• Jon S. Jensen, Howard D. Stewart, Paul H. Whittington:
  Successful Experience with AdaSAGE Reusable Component Library. 276-280
  
• B. Barlin, J. M. Lawler:
  Effective Software Reuse in an Embedded Real-Time System. 281-287
  
• Gregory M. Bowen:
  Testing Reusable Software. 289-294
  
• Harry F. Joiner:
  Management Barriers to Software Reuse. 295-298
  
• Gary W. Klabunde, Mark A. Roth:
  Developing Object-Oriented User Interfaces in Ada with the X Window System. 300-308
  
• Del Gordon:
  A Graphical User Interface in Ada for Domain-Specific Reuse Libraries. 309-320
  
• George W. Cherry:
  Stimulus Response Machines: An Ada-based Graphic Formalism for Describing Class and Object Behavior. 321-332
  
• Patricia K. Lawlis, Terence W. Elam:
  Ada Outperforms Assembly: A Case Study. 334-337
  
• L. S. Tang:
  A Comparison of Ada and C++. 338-349
  
• Paul A. Bailes, Dan B. Johnston, Eric J. Salzman, Li Wang:
  Full Functional Programming in a Declarative Ada Dialect. 350-358
  
• Mark Gerhardt:
  How ``Outsiders'' see Ada and its Future. 361-363
  
• Riadh Lebib:
  MIS and Ada Productivity. 366-374
  
• Rolland H. Berry, Robert M. Schoenborn:
  Estimating Requirements for a Large Software Engineering Project: Experiences with Ada COCOMO on SIDPERS-3. 375-383
  
• Evan D. Lock, Noah S. Prywes:
  Requirements on Ada Reengineering Technology from Past, Present and Future Systems. 384-395
  
• Deb Waterman:
  A Practical Look at SAMeDL. 398-406
  
• James W. Moore:
  Minimizing the Disadvantages of Embedded SQL/Ada. 407-414
  
• Kenneth Fussichen:
  Ada and CICS: or (yes! Ada can be done on an IBM Mainframe). 415-422
  
• Deborah J. Blair:
  Managing Ada Using Rational's Configuration Management/Version Control and IBM's Software Configuration Library Manager. 424-431
  
• J. T. Stevenson, David E. Emery, J. P. Hustad, B. J. Jacobsen, M. E. Shelor, M. C. Swan:
  The Army Sustaining Base APP: An Example of Standards Engineering for Ada. 432-438
  
• William M. Hodges:
  Ada Program Support Environments: A Good Idea Overcome by Changes. 439-448
  
• Anneliese von Mayrhauser, Shao-Ming Simon Hsueh:
  An Ada Deadlock Testing Algorithm Based on Control and Communication Flow Graphs. 450-457
  
• Steven J. Blake, James B. Bladen:
  Experiences with The Ada Semantic Interface Specification (ASIS): Developing a Tool with a View. 458-468
  
• Ted Selig, Denise Brunelle Priess, Brian D. Mack:
  Data Analysis and Reporting for Real-Time Ada Systems. 469-476
  
• Scott Cleveland:
  Implementation versus Binding to the X Window Environment. 477-481
  
• Tom Burger, James B. Bladen, Richard A. Volz, Ron Theriault, Gary Smith, Kali H. Buhariwalla:
  A Practical Tool for Distributing Ada Programs: TeleSoft's Distributed Ada Configuration Tool. 484-492
  
• S. J. Goldsack, A. A. Holzbacher-Valero, Richard A. Volz, R. Waldrop:
  AdaPT and Ada 9X. 493-503
  
• Patrick Rogers, Marc Pitarys:
  Implementing Distributed Ada. 504-510
  
• Karen L. Sielski:
  Implementing Ada Tasking in a Multiprocessing, Multithreaded UNIX Environment. 512-517
  
• E. W. Giering, Theodore P. Baker:
  Using POSIX Threads to Implement Ada Tasking: Description of Work in Progress. 518-529
  
• Yvon Kermarrec, Laurent Pautet:
  Ada Communication Components for Distributed and Real Time Applications. 530-537
  
• James Hummer, Loïc Briand:
  When Hardware Becomes Software: Designing a Safety-Critical System with Ada. 538-544
  
• R. Stuart Cramer, Jonathan D. Dehn:
  The Use of Ada to Achieve Fault Tolerance in AAS. 545-552
  
• Terry J. Westley:
  Evaluation and Improvement of Performance of the Communication Subsystem of a Real-Time, Distributed, C² Simulator. 553-562
  
• Judy Kerner:
  Where is Ada Headed? The Facts Behind the Myths (Panel). 563-568
  
• Hal Hart, Jerry Doland, Dick Drake, William H. Ett, Jim King, Herb Krasner, Lee Osterweil, Jim Over:
  STARS Process Concepts Summary. 570-594