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Stochastic model checking is the extension and generalization of the classical model checking. Compared with classical model checking, stochastic model checking faces more severe state explosion problem, because it combines classical model checking algorithms with numerical methods for calculating probabilities. Aiming at dealing with this, we first apply symmetric assume-guarantee rule symmetric (SYM) for twocomponent systems and symmetric assume-guarantee rule for n-component systems into stochastic model checking in this paper, and propose a compositional stochastic model checking framework of probabilistic automata based on the NL* algorithm. It optimizes the existed compositional stochastic model checking process to draw a conclusion quickly, in cases the system model does not satisfy the quantitative properties. We implement the framework based on the PRISM tool with several large cases used to demonstrate the performance of it.

Analysis on the Application of Blockchain Technology in the Development of Elderly Service Industry