Pipelined OR-parallelism architecture for parallel execution of Prolog

D. Sarma, C. Wu
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Abstract

This paper describes a parallel architecture to implement PROLOG. The architecture considered here takes advantage of the OR-parallelism inherent in the language. In usual OR-parallelism architecture, multiprocessors are used to work on a relation of the database at the same time. In the pipeline OR-parallelism, a relation of the database is processed by only one of the multiprocessors at one time. As soon as a solution is found, the resolution goes forward and works on the goal down the goal tree. A hardware model is derived based on the concept and simulation studies were carried out for different numbers of processor configurations. It has been found that from the results of the simulation optimum processor configurations can be derived to meet the cost performance requirements.
用于并行执行Prolog的流水线或并行架构
本文描述了一种实现PROLOG的并行体系结构。这里考虑的体系结构利用了语言中固有的or -并行性。在通常的或并行体系结构中,使用多处理器同时处理数据库的一个关系。在管道or并行中,数据库的一个关系一次只由一个多处理器处理。一旦找到了解决方案,该决议就会向前推进,沿着目标树向下实现目标。在此基础上推导了硬件模型,并对不同数量的处理器配置进行了仿真研究。仿真结果表明,可以推导出满足性价比要求的最优处理器配置。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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