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Markov Automata: Deciding weak bisimulation by means of non-naievely vanishing states

机译:马尔可夫自动机(Markov Automata):通过非单纯消失状态决定弱双仿真

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This paper develops a decision algorithm for weak bisimulation on Markov Automata (MA). For this purpose, different notions of vanishing states (a concept originating from the area of Generalised Stochastic Petri Nets) are defined. In particular, non-naively vanishing states are shown to be essential for relating the concepts of (state-based) naieve weak bisimulation and (distribution-based) weak bisimulation. The bisimulation algorithm presented here follows the partition-refinement scheme and has exponential time complexity.
机译:本文针对马尔可夫自动机(MA)提出了一种弱双仿真的决策算法。为此,定义了消失状态的不同概念(这一概念源自广义随机Petri网的领域)。尤其是,非天真的消失状态对于将(基于状态的)天真弱双仿真和(基于分布的)弱双仿真的概念联系起来至关重要。这里提出的双仿真算法遵循分区细化方案,并且具有指数时间复杂度。

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