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Build and evaluation of real-time control algorithms in case of incomplete information about functional processes' parameters

机译:在有关功能过程参数的信息不完整的情况下建立和评估实时控制算法

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The semantic model of the real-time control algorithms introduced by the author in the previous papers deals with the quads representing execution of the particular functional task at settled time. The important element of the quad is duration of the task. The formal system of the real-time control algorithms is used in collaboration with the semantic model as the language for specification and verification of the critically important features of the control systems. The formal specification could be satisfiable or non-satisfiable on the defined basis of functional tasks (dependable on the parameters of the task, including duration). This paper is devoted to satisfiability problem of the specification of real-time control algorithm. The applicable approaches including usage of SMT solvers, is discussed.
机译:作者在前几篇论文中介绍的实时控制算法的语义模型处理的是表示在特定时间执行特定功能任务的四边形。四边形的重要元素是任务的持续时间。实时控制算法的形式系统与语义模型协作,作为规范和验证控制系统的重要特征的语言。在功能任务的定义基础上(取决于任务的参数,包括持续时间),正式规范可能是令人满意的,也可能是不令人满意的。本文致力于实时控制算法规范的可满足性问题。讨论了包括使用SMT求解器在内的适用方法。

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