AFL-1: A programming Language for Massively Concurrent Computers.
MASSACHUSETTS INST OF TECH CAMBRIDGE ARTIFICIAL INTELLIGENCE LAB
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Computational models are arising in which programs are constructed by specifying large networks of very simple computational devices. Although such models can potentially make us of a massive amount of concurrency, their usefulness as a programming model for the design of complex systems will ultimately be decided by the design of complex systems will ultimately be decided by the ease in which such networks can be programmed constructed. This thesis outlines a language for specifying computational networks. The language AFL-1 consists of a set of primitives, and a mechanism to group these elements into higher levels structures. An implementation of this language runs on the Thinking Machines Corporation, Connection Machine. Two significant examples were programmed in the language, an expert system CIS, and a planning system AFPLAN. These systems are explained and analyzed in terms of how they compare with similar systems written in conventional languages.
- Computer Programming and Software