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Resource Modeling and Analysis of Real-Time Software Based on Process Algebra

机译:基于进程代数的实时软件资源建模与分析

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With the process of non-functional properties research on real-time systems, resource estimation and analysis of real-time systems become a hotspot. Process Algebra is a formal method fitting for analyzing the functional properties of real-time systems, but it can not analyze the resource properties. Resource Timed Process Algebra (RTPA) proposed in this paper can handle it efficiently by extending resource semantics on Timed Communicating Sequential Process (TCSP). In this paper, implementation of real-time task is mapped into process, each instruction is mapped into every event of process, the resource used by an instruction is mapped into the resource of an event, so the resource characteristics of real-time systems is expressed as the resource characteristics of process. This formal method improves the accuracy and efficiency of resource calculation, the calculation results can be used to quantitatively analyze and optimize the resource consumption of real-time systems.
机译:随着对实时系统的非功能性质研究的过程,实时系统的资源估计和分析成为热点。过程代数是一种正式的方法,用于分析实时系统的功能性质,但不能分析资源属性。本文提出的资源定时过程代数(RTPA)可以通过在定时通信顺序过程(TCSP)上扩展资源语义来有效地处理它。在本文中,将实时任务的实现映射到进程中,每个指令都映射到每个进程的每一个事件中,指令使用的资源都映射到事件的资源中,因此实时系统的资源特性是表示为过程的资源特征。这种正式的方法提高了资源计算的准确性和效率,计算结果可用于定量分析和优化实时系统的资源消耗。

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