APL 2000: Berlin, Germany

• Manuel Alfonseca:
  Artificial life evolution in a simplified APL2 environment. 6-12
  
• Manuel Alfonseca, Alfonso Ortega:
  Using APL2 to compute the dimension of a fractal represented as a grammar. 13-23
  
• Alexander Balako:
  Client-server based application in the dyalog APL environment. 24-31
  
• Martin Barghoorn:
  High performance computing through parallel processing. 32-34
  
• James A. Brown:
  What's wrong with APL2. 35-38
  
• Robert G. Brown:
  Defining APL community: case studies, towards a revival of APL community. 39-46
  
• Robert G. Brown:
  Object oriented APL: an introduction and overview. 47-54
  
• Richard L. W. Brown:
  Interest made simple with arrays. 55-60
  
• A. Buzin, I. Naftulin:
  APL tutorial in mathematical modelling. 61-68
  
• Wai-Mee Ching:
  The design and implementation of an APL dialect, ELI. 69-76
  
• Ian Clark:
  The killer app: how to make millions with ground-breaking software. 77-86
  
• Bernd Geisselhardt:
  Experiences with APL on a mainframe as a webserver. 87-89
  
• Peter-Michael Hager:
  Representation of ASN.1 in APL nested structures. 90-103
  
• Steven J. Halasz:
  An improved method for creating dynamic web forms using APL. 104-111
  
• A. Karabanov, J. Korablev, G. Roche:
  Dyalog-APL application with threads on the basis of ActiveX data objects. 112-120
  
• Nils Kolster, Christian Nagel:
  Communication between PC and mainframe via TCP/IP using APL. 121-130
  
• Timo Laurmaa:
  Avoiding the pitfalls of corporate intranets. 131-135
  
• Suresh Manandhar, Enrique Alfonseca:
  Noun phrase chunking with APL2. 136-144
  
• Stephen M. Mansour:
  Houses, windows and DOHR's: (descriptive object of high rank). 145-152
  
• Ruth Marzi:
  SPARROW-a speech and knowledge based architecture for a workplace. 153-154
  
• Alan D. Mayer, Alan M. Sykes:
  GrAPL: a high-level statistical graphics language prototype. 155-162
  
• Philippe Mougin:
  High-level object oriented programming with array technology. 163-175
  
• Tilman P. Otto:
  APL Based medical image analysis. 176-185
  
• Tilman P. Otto:
  An APL ompiler. 186-193
  
• Umberto Piasentin, Claudio Sandi:
  An integrated APL2 solution for population screening and control. 194-200
  
• Dietmar Sengenleitner:
  Gerva: secure electronic legal communication with attributes. 201-203
  
• Alexander O. Skomorokhov:
  A knowledge discovery method: APL implementation and application. 204-211
  
• Adrian Smith:
  Redistribution of totals through hierarchical data: an application of Benkard's distributed round. 212-218
  
• Alvin J. Surkan:
  Spoken-word direction of computer program synthesis. 219-227
  
• Mike Symes:
  An interface between Java and APL. 228-240
  
• Nancy Wheeler:
  Comparative file I/O methods in APL2. 241-246
  
• Dmitriy Zlobin, Alexei Roudometkine:
  Visual representation of document-oriented information on the web. 247-254
  
• Erkki Juvonen:
  Making of a conference: APL92, St.Petersburg, Russia. 255-258