TRI-Ada 1994: Baltimore, Maryland, USA

• Scott Arthur Moody:
  The STARS Process Engine: Language and Architecture to Support Process Capture and Multi-User Execution. 4-15
  
• John D. Riley:
  An Object-Oriented Approach to Software Process Modeling and Definition. 16-22
  
• Roy Peña:
  Lessons Learned in Implementing a Team Review Process. 24-28
  
• David A. Workman, Richard Crutchfield:
  Quality Guidelines = Designer Metrics. 29-40
  
• Ken Shumate, Terry Snyder:
  Software Project Reporting: Management, Measurement, and Process Improvement. 41-45
  
• Edmond Schonberg, Bernard Banner:
  The GNAT Project: A GNU-Ada 9X Compiler. 48-57
  
• Robert Dewar:
  The GNAT Compilation Model. 58-70
  
• Cyrille Comar, Brett Porter:
  Ada 9X Tagged Types and Their Implementation in GNAT. 71-81
  
• Richard Kenner:
  Integrating GNAT and GCC. 84-92
  
• E. W. Giering, Frank Mueller, Theodore P. Baker:
  Features of the GNU Ada Runtime Library. 93-103
  
• Franco Gasperoni, Patrick Bazire:
  Smart Recompilation and the GNAT Compiler. 104-111
  
• Peter Lützen Møller:
  Run-Time Check Elimination for Ada 9X. 122-128
  
• Stéphane Barbey:
  Working with Ada 9X Classes. 129-140
  
• Magnus Kempe:
  Abstract Data Types are Under Full Control with Ada 9X. 141-152
  
• Arthur G. Duncan:
  Implementing Internal Program Representations with Ada and Ada 9X. 154-163
  
• Jordan R. Kayloe, Patricia K. Lawlis:
  Easy-Sim: Using Ada 9X in a Graphics System Software Architecture. 164-169
  
• Liisa Räihä:
  Delegation: Dynamic Specialization. 172-179
  
• Karim El Guemhioui, Steven A. Demurjian, Thomas J. Peters, Heidi J. C. Ellis:
  Profiling in an Object-Oriented Design Environment That Supports Ada 9X and Ada 83 Code Generation. 180-190
  
• Sergey Rybin, Vitali Sh. Kaufman:
  Ada-Based Programming Language Course in Moscow State University. 194-202
  
• Susan Luks, Suzanne Pawlan Levy:
  Educating Educators: Lessons in Adding Ada to a Small School Curriculum. 203-208
  
• Federico Vazquez:
  Selecting a Software Development Process. 209-218
  
• Murali Sitaraman, Michael B. Feldman, Gary A. Ford, William B. Frakes, Joseph E. Hollingsworth, David F. McAllister, Bruce W. Weide:
  What Changes Are Needed For Undergraduate CS Curricula to Educate ``Software Engineers''? 220
  
• Cheryl Barbasch, Dan Egnor:
  Always One More Bug: Applying AdaWise to Improve Ada Code. 228-235
  
• Ole Lauridsen:
  Design of GUIs from a Programming Perspective. 236-245
  
• Kurt D. Welker, Michael W. Snyder:
  Software Reengineering in Ada: A Practical Approach. 248-254
  
• C. Michael Holloway, Ben L. Di Vito, David Guaspari, Michael Smith:
  Formal Methods Fact vs. Fiction. 256-258
  
• Philippe Kruchten, Christopher J. Thompson:
  An Object-Oriented, Distributed Architecture for Large-Scale Ada Systems. 262-271
  
• Robert G. Crispen, Lynn D. Stuckey Jr.:
  Structural Model: Architecture for Software Designers. 272-281
  
• Mark Aldrich:
  Secured Systems and Ada: A Trusted System Software Architecture. 282-292
  
• Stephen Crawley, Michael Oudshoorn:
  Orthogonal Persistence and Ada. 298-308
  
• George W. Cherry:
  Software Engineering with Ada in a New Key: Formalizing and Visualizing the Object Paradigm. 309-320
  
• Ingmar Ögren:
  Extended Application of Ada to Cover ECBS with O4S: ECBS = Engineering of Computer Based Systems; O4S = Objects for Systems. 322-330
  
• Susan Bodily, David W. Embley, Scott N. Woodfield:
  Implementing OSA Model Instances in Ada. 331-342
  
• S. Ron Oliver:
  Object Oriented Design and Implementation of Concurrent and Real Time Systems in Ada. 343-349
  
• Michael I. Frankel:
  Model Like an Egyptian. 352-360
  
• Arun P. Gupta, Paul C. Grabow:
  Onion: A Methodology for Developing Data-Dominant Systems from Building Blocks. 361-372
  
• Kathleen Gilroy:
  Interesting Problems in Transforming Existing Software for Reusability. 374-387
  
• Pamela Arya:
  The RCAS Software Architecture and Its Relation to Reuse. 388-395
  
• Jeffrey M. Bell, Françoise Bellegarde, James Hook, Richard B. Kieburtz, Alex Kotov, Jeffrey Lewis, Laura McKinney, Dino Oliva, Tim Sheard, L. Tong, Lisa Walton, Tong Zhou:
  Software design for reliability and reuse: a proof-of-concept demonstration. 396-404
  
• Richard G. Sartore:
  Large Database Ada Program for Real Time Laboratory Instrument Control and Data Acquisition. 406-416
  
• John Thornley:
  Integrating Parallel Dataflow Programming with the Ada Tasking Model. 417-428
  
• Robert Greene, George Lownes:
  Embedded CPU Target Migration, Doing More With Less. 429-436
  
• Yvon Kermarrec, Laurent Pautet:
  Ada-Linda: A Powerful Paradigm for Programming Distributed Ada Applications. 438-445
  
• Mark A. Breland, Steven A. Rogers, Guillaume P. Brat, Kenneth L. Nelson:
  Transparent Fault Tolerance for Distributed Ada Applications. 446-457
  
• James Baldo, Patricia Collins, Robert Steigerwald, Dewayne Barrington, Ronald Green, Donald J. Reifer:
  Technology Transfer of Software Reuse (panel). 459-463
  
• Dan DeJohn:
  The Tyndall Range Control System: Bringing Network Computing to C² Systems. 474-485
  
• Lisa M. Levy Kortright:
  An Incremental Approach to the Development of Reusable General-Purpose Discrete-Event Simulator Components. 486-493
  
• Keith M. Hines:
  An Object-Oriented System Design for a Satellite Communication System. 494-498
  

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