APL 1987: Dallas, TX, USA

• Uday G. Gujar:
  A three dimensional wire frame graphics system. 1-6
  
• Robert Hodgkinson:
  Practical uses of operators in Sharp APL/HP. 7-14
  
• Scott Kimbrough:
  Control system development tools. 15-29
  
• James A. Brown:
  Why APL2: a discussion of design principles. 30-36
  
• John C. McInturff:
  The role of APL in a technical language as illustrated by a modest battle management program. 37-49
  
• Stephen C. Fleming:
  Programming considerations for documentation and maintenance. 50-54
  
• Roger K. W. Hui:
  Some uses of { and }. 55-63
  
• Kenneth E. Iverson:
  APL87. 64-68
  
• Yap Siong Chua, Charles N. Winton:
  Teaching theory of computation at the junior level. 69-78
  
• Fred A. Gross, James C. Taylor:
  A minicomputer network management monitoring and analysis system using APL. 79-83
  
• Norman D. Thomson:
  APL2 - a very superior Fortran. 84-87
  
• Tama Traberman:
  A model for teaching APL: moving into the fast lane. 88-93
  
• Stephen Deerhake:
  Application screen management: an APL2 approach. 94-102
  
• M. J. Goovaerts:
  On APL software for credibility theory. 103-127
  
• Jean-Jacques Girardot, Sega Sako:
  An object oriented extension to APL. 128-137
  
• David B. Allen, Mark R. Dempsey, Leslie H. Goldsmith:
  System development methodology using LOGOS. 138-150
  
• Alain Guillon:
  An APL compiler: The SOFREMI-AGL compiler, a tool to produce low-cost efficient software. 151-156
  
• G. C. Nauta:
  Trees as nested arrays and the use of underdisclose. 157-162
  
• Tom Puckett:
  Implementation of an APL-based spreadsheet manager. 163-172
  
• Lawrence Zeidner:
  Server networks communicating via inter-user shared variables. 173-181
  
• L. Owen Hill, David A. Zein:
  Techniques for extracting statistical data from free-form text using APL. 182-184
  
• Kenneth Fordyce, Gerald Gary Sullivan:
  Boolean array structures for a rule-based forward chaining inference engine. 185-195
  
• Edward R. Myers:
  The APL: 9SPlus: 2E System for the Macintosh: an overview. 196-201
  
• Robert Bernecky, Maxine Hersch:
  Component file systems and the APL standard. 202-205
  
• L. Owen Hill, David A. Zein:
  Automatic generation of graphs from free-form text using APL. 206-209
  
• D. F. Stoneburner:
  Managing APL public code for an in-house APL system (before and after LOGOS). 210-215
  
• James A. Brown, Ramiro Guerreiro:
  APL2 implementations of unification. 216-225
  
• Maurice Jordan:
  APL extensions - a users view. 225-234
  
• J. M. Cass:
  A full-screen front end for GRAPHPAK. 235-244
  
• J. Philip Benkard:
  Replicate each, anyone? 245-252
  
• John Bunda:
  APL function definition notation. 253-255
  
• Richard J. Busman:
  FSM - a fullscreen manager. 256-262
  
• Dick Bowman:
  A survival strategy for APL. 263-268
  
• Jack G. Rudd, Eric M. Klementis:
  APL to Ada translator. 269-283
  
• Uday G. Gujar, Joseph W. P. So:
  A CAD system in APL. 284-290
  
• Edmund W. Stawick:
  Screen management in the "real world". 292-299
  
• Steven I. Promisel:
  Development of APL-based distributed processing systems. 300-304
  
• Carlos G. Leon:
  TSIOPAK - a proposal for a new Sharp APL file system. 305-321
  
• Jan W. M. Jacobs, Roger J. H. Hacking:
  An integrated microprogram development methodology based on APL. 323-328
  
• J. Philip Benkard:
  Implications of APL2 grammar. 329-336
  
• Steve Chapman:
  Using the LOGOS programming environment - a case history. 337-340
  
• Terence J. Reed:
  Functional programming, the IEEE floating point standard and APL. 341-347
  
• John E. Howland:
  A system for compiling fonts. 349-355
  
• James A. Brown, Manuel Alfonseca:
  Solutions to logic problems in APL2. 356-361
  
• Howard A. Peell:
  An APL idiom inventory. 362-368
  
• Alan M. Sykes:
  A second generation DOMINO for statisticians. 369-380
  
• John R. Searle:
  Infinite loops and how to create them. 381-385
  
• Edward V. Eusebi:
  Inductive reasoning from relations. 386-390
  
• Jim P. Fiegenschue:
  A proposal for blocks and exits in APL. 391-397
  
• Jean Marie Monnier:
  AUTOMAT, an end-user approach in handling applications as multi-dimensional arrays. 398-413
  
• Juhani Sandberg, Olli Paavola, Tauno Ylinen:
  The FinnAPL keyword editor. 414-418
  
• Gérard A. Langlet:
  How graphics could be simplified in APL. 419-423
  
• D. J. Parker, M. E. Elliott:
  A case study in the design of an APL application: REGGPAK, an econometrics regression package. 424-426
  
• Dick Bowman:
  Recapturing the high ground - use of APL in decision tree modelling. 427-432
  
• Murray Eisenberg, Howard A. Peelle:
  APL thinking: examples. 433-440
  
• Jean-Jacques Girardot, Florence Rollin:
  The syntax of APL, an old approach revisited. 441-449
  
• Wolfgang Janko:
  Investigation into the efficiency of using APL for the programming of an inference machine. 450-456
  
• Graham C. Driscoll Jr., Donald L. Orth:
  APL-compilation - where does the time come from? 457-459
  
• Kim S. Andreasen, Svend Elkjaer Frandsen, Morten Kromberg:
  How to win the respect and admiration of the rest of the DP world. 460-464
  
• James A. Brown, Ramiro Guerreiro:
  Designing APL2 programs for unification. 465-468
  
• John E. Howland:
  Design of a new user interface for APL. 469-477
  
• Barry Bogart:
  OPERA: options price evaluation and risk analysis system. 478-486
  
• Roger Willink:
  Sherlock Holmes: the mystery of the vanishing variable. 487-493
  
• Leroy J. Dickey:
  Typesetting APL using TROFF. 494-497
  
• Donald W. Soule:
  Using other languages to supplement APL. 498-504
  

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