APL 1993: Toronto, Ontario, Canad

• Jake Ansell, Mulhim Al-Doori:
  ARDA: Expert System for Reliability Data Analysis. 1-5
  
• Robert Bernecky:
  Array Morphology. 6-16
  
• Robert Bernecky:
  The Role of APL and J in High-Performance Computation. 17-32
  
• Hanspeter Bieri, Felix Grimm:
  Approaching Classical Algorithms in APL2. 33-40
  
• James A. Brown, Brent Hawks, Ray Trimble:
  Extending the APL Character Set. 41-46
  
• Tien Chi Chen:
  SCARFS, an Efficient Polynomial Zero-Finder System. 47-54
  
• Wai-Mee Ching, Alexander Katz:
  The Testing of an APL Compiler. 55-62
  
• Pierre Deslauriers:
  APL Helps the Deaf to Hear Again. 63-68
  
• David S. Eastwood:
  Structuring Functions with Operators. 69-77
  
• Murray Eisenberg, Howard A. Peelle:
  Confessions of two APL Educators Learning J. 78-87
  
• Richard R. N. Eller:
  A Modern APL Windows User Interface with DOS Downwards Compatibility: the Solution for two Years Onwards. 88-96
  
• Jochen Frey, Dinu Scheppelmann, Gerald-P. Glombitza, Hans-Peter Meinzer:
  A Parallel Topological Feature Map in APL. 97-103
  
• Steven J. Halasz, Andrei V. Kondrashev:
  Talking with an APL via DDE: Teaching an Old Dog New Tricks. 104-111
  
• Dennis Holmes, John E. Howland:
  APROL: a Hybrid Language. 112-123
  
• Thomas Kolarik:
  Extending the Two-Partner Shared Variable Protocol to n Partners. 124-133
  
• Gérard A. Langlet:
  Building the APL atlas of natural shapes. 134-147
  
• Pavel Luksha:
  Modern Algebra Self-Taught Through APL. 148-153
  
• Stephen M. Mansour:
  Using Defined Operators and Function Arrays to Solve Non-Linear Equations in APL2. 154-158
  
• Duncan McArthur:
  An Introduction to log-linear Analysis and Implementing the Newton-Raphson Algorithm in APL2. 159-163
  
• Johann Mitlöhner:
  Distributed Computing in the Workstation Environment. 164-169
  
• Trenchard More Jr.:
  Transfinite Nesting in Array-Theoretic Figures, Changes, Rigs, and Arms, Part I. 170-184
  
• Peter Naeve, Bernhard Strohmeier, Hans Peter Wolf:
  APL Programming without Tears: It is Time for a Change. 185-189
  
• Frank C. Ripley:
  Efficient Maximum Likelihood Estimation of Linear Models with APL. 190-199
  
• Jack G. Rudd:
  Roles of APL in Satellite Surveillance. 200-208
  
• David Selby:
  Extending APL2 to Include Program Control Structures. 209-213
  
• R. G. Selfridge:
  Solving Two or Three Polynomials in Two or Three Variables. 214-218
  
• Alexander O. Skomorokhov:
  Adaptive Learning Networks in APL2. 219-229
  
• Alexei N. Skurikhin, Alvin J. Surkan:
  Identification of Parallelism in Neural Networks by Simulation with Language J.. 230-237
  
• Keith Smillie:
  Rolling Dice: Some Notes on J and Teaching Probability. 238-243
  
• Adrian Smith:
  Co-operative Programming with Windows DDE. 244-250
  
• David G. Smith, Joey K. Tuttle:
  JVOX. 251-258
  
• Walter G. Spunde:
  Point-Wise Calculus. 259-266
  
• David Steinbrook, Eugene E. McDonnell:
  From Trees into Boxes. 267-276
  
• Thomas W. Stroud, Alan M. Sykes, Alan D. Mayer:
  Bayesian Methods in APL. 277-285
  
• Rexford H. Swain, Daniel F. Jonusz:
  The Workspace Manager: A Change Control System for APL. 286-294
  
• Norman D. Thomson:
  Understanding ANOVA the APL way. 295-303
  
• Robert G. Willhoft:
  Structured APL: A Proposal for Block Structured Control Flow in APL. 304-315
  
• Richard M. Levine:
  Recent Work on the Toronto Toolkit. 316
  

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