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Research on Petri Nets Parallelization the Functional Divided Conditions

机译:Petri网并行化功能分割条件

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摘要

In order to solve the parallel algorithm for Petri nets system with concurrent function, to realize the parallel control and execution of the Petri nets, the Petri nets parallel subnets conditions were proposed, that provides the theory basis for judging P- invariant whether was the parallel subnet. Firstly, we according to the concurrent character of Petri net model, to analyze the parallelism of Petri net system, P- invariants the solving process and it's subnet division were given, Secondly, the Petri nets parallel subnets conditions were proposed, gives P- invariant constituted of Petri net parallel subnets decision theorem, and the theoretical proof and example verification, Finally, A Petri net parallel subnet division algorithm based on P- invariants were given. Theoretical validate and experimental result shows that Petri nets parallel subnets conditions set and divided algorithm were correct and effective.
机译:为了解决具有并发功能的Petri网系统的并行算法,实现Petri网的并行控制和执行,提出了Petri网并行子网条件,为判断P-不变是平行的理论依据。是否是平行的 子网。 首先,我们根据Petri网模型的并发特征,分析Petri网系统的并行性,P-不变的解决过程和它的子网划分被给出,其次,提出了Petri网并行子网条件,给出了P-不变 由Petri净平行子网决策定理构成,以及理论证明和示例验证,最后,给出了基于P-Fonrariants的Petri净平行子网分割算法。 理论验证和实验结果表明,Petri网并联子网条件集和分割算法是正确的,有效的。

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