APL 1988: Sydney, Australia

• Manuel Alfonseca, David Selby:
  APL2 - A RISC Business. 1-4
  
• J. R. F. Alonso:
  Parametric Fourier Image Characterization Toolkit. 5-9
  
• T. Aonuma:
  An Interactive Simulation Modeling System: DYNAGRAPH for Multi-Period Planning on an APL Spreadsheet. 10-18
  
• A. P. Benkard:
  Symmetries of the Firing Squad Sychronization Problem Revealed in a Nested Array. 19-27
  
• J. Philip Benkard:
  Some APL2 Programming Examples Using Nested Arrays. 28-38
  
• Robert Bernecky:
  An Introduction to Function Rank. 39-43
  
• James A. Brown:
  An APL2 Description of the IBM 3090 Vector Facility. 44-48
  
• B. Bykerk:
  APL Object Manager. 49-55
  
• P. Chapman:
  I-APL: A Portable ISO APL in Under 25K. 56-68
  
• L. O. Clayton:
  APL in a Development Environment. 77-82
  
• Stephen Deerhake:
  Application-Sol Interaction: An APL2 Approach. 83-95
  
• Leroy J. Dickey:
  High Powers of Matrices. 96-99
  
• J. B. Douglas:
  Statistics Loves APL. 100-106
  
• A. Eisner, S. M. Yionoulis, J. A. Platt, R. Jernigan:
  APL: The Language of Science and Management. 107-112
  
• I. Feldberg:
  Computer Vision and Its Application to APL. 113-119
  
• W. G. Foote, J. Kraemer, G. Foster:
  APL2 Implementation of Numerical Asset Pricing Models. 120-125
  
• G. Foster, J. Kraemer, W. G. Foote:
  Efficient Evaluation of the Area Under the Normal Curve. 126-130
  
• Erik S. Friis, J. A. Goldberg:
  Flexi-View: A Multi-Dimensional Data Modeling System. 131-155
  
• J. A. Gerth, Donald L. Orth:
  Indexing and Merging in APL. 156-161
  
• Martin Gfeller:
  From a Functional Point of View: A Framework for Extensions to APL. 162-165
  
• Martin Gfeller:
  Parts of Arrays - An Introduction. 166-168
  
• F. Hendriks:
  APL and Finite Elements for Solving Convection-Diffusion Problems, with Examples from Gas Bearing Design. 169-177
  
• Warren G. Julian:
  The Use of APL.68000 Access to the Macintosh Quickdraw System for the Production of Shadows Cast by Buildings. 178-182
  
• A. Kaneko:
  Comparative Analysis of LISP and APL2. 183-196
  
• S. Kaneko:
  An Experimental Facility for Cooperative Processing in APL. 197-201
  
• E. Karjala:
  APL and SAS in Co-Operation. 202-208
  
• Michael Kassler:
  APL Applied in Music Theory. 209-214
  
• Makoto Kikkawa:
  APL Graphics for Learning Mathematics. 215-222
  
• D. Landaeta:
  The Theory of Function Arrays. 223-229
  
• Pablo Landherr:
  Incremental Systems Development - a Case Study. 230-233
  
• Jim Lucas:
  Making APL Cheap - Saving Time and Money in APL. 234-241
  
• Eugene E. McDonnell:
  Life: Nasty, Brutish, and Short. 242-247
  
• T. Nishikawa:
  EXAPL (Expert System Based on APL) and its Application to Chemical Analysis. 248-254
  
• Thomas M. Olsen:
  Achievement Certificates from Graphics Environment. 255-259
  
• P. Petocz:
  Iterative Scaling of Marks Using APL - a Case Study. 260-263
  
• R. L. Potyok:
  Network Shared Variable Processor. 264-271
  
• David A. Rabenhorst:
  The Compact Display of Arbitrary Nested Arrays. 272-277
  
• Michael Rys:
  Scope and Access Classes in APL. 278-282
  
• Adrian Smith:
  Windows and Pop-Up Menus in Application Design. 294-305
  
• Karl Soop:
  APL Graphics and the Associative Machine. 306-313
  
• Richard Drexel Stockbridge, A. Eisner, R. Jernigan:
  Issues in Data Base Management for APL2. 314-317
  
• T. Toyama, M. Yauda:
  Innovation of Decision Support System - Matplan Based on Structure Matrix Supported by APL. 318-328
  
• H. F. van Eggelen:
  APL Object Transfer in a Multi-APL Site. 329-336
  
• D. M. Weintraub:
  APL2 and the CMS System: Exploiting the APL2/REXX Connection. 337-345
  
• A. Werder:
  Arrays of Objects in Rationalized APL. 346-349
  
• C. A. Schuz:
  Casual Management of Large Computer Systems with APL Programs. 383-393
  

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