Dynamic distribution of processes for intelligent system design

摘要

This paper focuses on software implementation issues related to rapid design and prototyping of distributed systems that integrate the methods and techniques of computational intelligence, such as genetic search, neural networks, and fuzzy logic, with symbolic and algorithmic processing. In order to dynamically assign computational processes to the resources of a distributed computing system, a process algebratic approach is proposed that is based on MAPA (Multi-Action Process Algebra), with special emphasis placed on process synchronization problems.