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Temporal analysis of lambda sigma activity systems

机译:Lambda Sigma活动系统的时间分析

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lambda sigma is a simulation language based on Whitehead's (1960) theory of reality and formalized in the typed lambda -calculus. lambda sigma entities are described as elements of a type and lambda sigma activities are subtypes. Type inference algorithms can be used to analyze and verify models in which the flow of entities is deterministic. In this paper, the authors describe the use of temporal logic to analyze and verify models in which entities move from one activity to another with a given probability. The approach is to apply the proof system for temporal logic with uncertainty of Lehmann and Shelah (1982).
机译:Lambda Sigma是一种基于Whitehead(1960)现实理论的仿真语言,并在类型的λ-Clamculus中正式化。 Lambda Sigma实体被描述为类型,λΣ的元素是亚型。类型推理算法可用于分析和验证实体流动的模型。在本文中,作者描述了使用时间逻辑的使用来分析和验证实体从一个活动向另一个活动移动到另一个活动的模型。该方法是利用Lehmann和Shelah(1982)的不确定性来应用临时逻辑的证明系统。

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