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A formal proof of the deadline driven scheduler in PPTL axiomatic system

机译:PPTL公理系统中由期限驱动的调度程序的正式证明

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摘要

This paper presents an approach for verifying the correctness of the feasibility theorem on the deadline driven scheduler (DDS) with the axiom system of Propositional Projection Temporal Logic (PPTL). To do so, the deadline driven scheduling algorithm is modeled by an MSVL (Modeling, Simulation and Verification Language) program and the feasibility theorem is formulated by PPTL formulas with two parts: a necessary part and a sufficient part. Then, several lemmas are abstracted and proved by means of the axiom system of PPTL. With the help of the lemmas, two parts of the theorem are deduced respectively. This case study convinces us that some real-time properties of systems can be formally verified by theorem proving using the axiom system of PPTL.
机译:本文提出了一种利用命题投影时态逻辑(PPTL)公理系统验证期限驱动调度器(DDS)上可行性定理正确性的方法。为此,通过MSVL(建模,仿真和验证语言)程序对截止日期驱动的调度算法进行建模,并通过PPTL公式来制定可行性定理,其中包括两个部分:必要部分和充分部分。然后,通过PPTL公理系统提取并证明了几个引理。借助于引理,分别推导出定理的两个部分。此案例研究使我们确信,可以使用PPTL的公理系统通过定理证明来正式验证系统的某些实时属性。

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