APL 1991: Palo Alto, CA, USA

• Manuel Alfonseca:
  Genetic Algorithms. 1-6
  
• J. Phillip Benkhard:
  A Dance of Rounds. 7-19
  
• J. Phillip Benkhard:
  Extending Structure, Type, and Expression in APL2. 20-38
  
• Robert Bernecky, Roger K. W. Hui:
  Gerunds and Representations. 39-46
  
• A. Yu Boozin, Igor Pospelov:
  APL Technology of Computer Simulation. 47-50
  
• Paolo Bottoni, Marco Protti, Piero Mussio:
  An APL Rule-Based System Architecture for Image Interpretation Strategies. 51-61
  
• A. Bouchentouf-Idriss, Lawrence Zeidner:
  Designing a Kanban Manufacturing System Using the Server Network Generator (SNG) CASE Tool. 62-70
  
• Georges Brigham, Edward Shaw:
  An N-Dimensional Data Structure in Support of Electronic Data Interchange (EDI) Translation. 71-79
  
• Timothy A. Budd, Rajeev K. Pandey:
  Compiling APL for Parallel and Vector Execution. 80-87
  
• Edward Cherlin:
  Pure Functions in APL and J. 88-93
  
• W. E. Cundiff:
  DSS Structure and Algorithmic Transparency in APL. 94-105
  
• Peter I. Day:
  An Interactive Data Analysis System Developed Under APL. 106-117
  
• Stephen Deerhake:
  AP 527: an ORACLE SQL - APL2/PC Auxiliary Processor. 118-125
  
• Stephen Deerhake:
  Notes on C Programming for APL Programmers. 126-140
  
• David S. Eastwood:
  Programming for Events. 141-149
  
• Richard R. N. Eller:
  How to Manage Large APL Projects: A User Interface Management System Approach. 150-160
  
• Don Erickson:
  Calling APL2 from COBOL. 161-165
  
• Richard M. Evans, Alvin J. Surkan:
  Relating Number of Processing Elements in a Sparse Distributed Memory Model to Learning Rate and Generalization. 166-173
  
• Kenneth Fordyce, Mario Morreale, Jan Jantzen, Gerald Sullivan:
  Using Boolean of Integer Arrays to Analyze Networks. 174-185
  
• Jean-Jacques Girardot:
  APL as an Embedded Language: The Ultimate Application? 186-196
  
• Yehonathan Hazony:
  Application of Nested Arrays to Databases for Engineering Design. 196-201
  
• Roger K. W. Hui, Kenneth E. Iverson, Eugene E. McDonnell:
  Tacit Definition. 202-211
  
• John R. Jensen, Kirk A. Beaty:
  Building an APL2 X-Windows Interface for VM and AIX with a General APL2-to-C Interface. 212-222
  
• Maurice Jordan:
  CATS: Computer Aided Testing of Software. 223-233
  
• Dz-Ching Ju, Wai-Mee Ching, Chuan-lin Wu:
  On Performance and Space Usage Improvements for Parallelized Compiled APL Code. 234-243
  
• Andrew V. Kondrashev, Alexander A. Kronik:
  Psycho-Biographical Analysis with APL. 244-249
  
• Timo Korpela, Bo Lundqvist:
  Forecasting System of an Employment Pension Scheme. 249-254
  
• Gérard A. Langlet:
  The Dual Structure of Ordered Trees. 255-263
  
• Donald B. McIntyre:
  Mastering J. 264-273
  
• Alexei I. Miroshnikov:
  A0 System: APL in Construction Planning. 274-277
  
• T. Shojaie, Lawrence Zeidner, S. Sadri, Yehonathan Hazony:
  The Boston University Manufacturing Expert System (BUMES): An APL-based CASE Application. 278-288
  
• Alexander O. Skomorokhov:
  Nuclear Power Plant Diagnostics in APL. 289-300
  
• Adrian Smith:
  Supply-Chain Management at Rowntree: Critical Success Factors for APL. 301-306
  
• Carlo Alberto Spinicci:
  APLITDS: An APL Development System. 307-313
  
• Alvin J. Surkan:
  Automatic Synthesis of the Inverses of APL Functions. 314-318
  
• Rexford H. Swain:
  Automated SQL Documentation Using APL2. 319-329
  
• F. H. D. van Batenburg:
  L-one-two-three (L1: ..L2: ..L3: ) Considered Harmful. 330-337
  
• Jim Weigang:
  The User Command Processor. 338-342
  
• Robert G. Willhoft:
  Comparison of the Functional Power of APL2 and FORTRAN 90. 343-357
  
• Tauno Ylinen:
  Assembler Utility Functions for APL2/PC. 358-368
  
• L. E. Zeidner:
  The Server Network Generator (SNG): A CASE Tool for Distributed Cooperative Processing. 369-386
  
• Stanley Jordan, Erik S. Frils:
  Toward a Lexicon of Musical APL2 Phrases (Invited). 387-391