基于智能求解机的并行体系结构及其发展

Proceedings. International Conference on Parallel Computing in Electrical Engineering Pub Date : 2002-09-22 DOI:10.1109/PCEE.2002.1115191

V. Koval, Oleg N. Bulavenko, Z. Rabinovich

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引用次数: 7

摘要

在此基础上，研究了分布式智能多处理机系统中智能求解机的创建和并行编程的安排。提出了一些主要概念。设计了一个用C+Graph高级语言编程的系统。C+Graph在虚拟的分布式计算空间中提供了知识(复杂的数据结构)和集中-分散控制的高效操作。并行C+Graph编程模型是基于基础Java语言的多流单处理器编程模型。该模型在一个虚拟的C+图机网络中运行。该思想在多微处理器系统中的应用是结构化高级语言解释的有效发展。分析了智能解题机基本版的设备结构，并对其特点进行了讨论。

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Parallel architectures and their development on the basis of intelligent solving machines

The paper considers the creation of intelligent solving machines and the arrangement of parallel programming in intelligent distributed multiprocessor systems based on those. There are proposed some main concepts. A system is designed for programming in the C+Graph high-level language. C+Graph provides an efficient operation with knowledge (complicated data structures) and centralized-decentralized control exercised in virtually distributed computation space. Parallel C+Graph programming model is based on a model used for multiple-flow monoprocessor programming of the basic Java language. The model operates in a virtual C+Graph machine network. The ideology proposed can be considered as an efficient development of structural high-level language interpretation when applied to multi-microprocessor systems. Equipment structure of the basic version of intelligent solving machines is considered and some characteristics are discussed.

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Proceedings. International Conference on Parallel Computing in Electrical Engineering

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