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Pattern-type Reachability Analysis of Distributed Systems Based on Fractal Petri Nets

机译:基于分形Petri网的分布式系统模式类型可达性分析

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This paper presents a Pattern-type Reachability Analysis of distributed systems modelled by Fractal Petri Nets. We define Fractal Petri Nets as a net which is dynamically synthesized from self-similar Place/Transition subnets on the base of algebraic operations. Fractal Petri nets are considered as distributed. This means, that every self-similar subnet can be considered autonomously. Resources can be shared between subnets of Fractal net. For purpose of modelling shared resources the operation of overlapping places of the subnets is introduced. To investigate dynamic properties of Fractal Petri Nets a Pattern-type Reachability Analysis is developed. It is helpful for understandability and readability of complicated reachability trees.
机译:本文提出了用分形Petri网建模的分布式系统的模式类型可达性分析。我们将分形Petri网定义为在代数运算的基础上从自相似的Place / Transition子网动态合成的网。分形Petri网被认为是分布式的。这意味着,每个自相似子网都可以自主考虑。分形网络的子网之间可以共享资源。为了建模共享资源,引入了子网重叠位置的操作。为了研究分形Petri网的动态特性,开发了一种模式类型可达性分析。这对于复杂的可达性树的可理解性和可读性很有帮助。

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