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A Timed-Automata Based Middleware for Time-Critical Multicore Applications

机译:针对时间关键型多核应用的基于定时自动机的中间件

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摘要

Various models of computation for multi-core time-critical systems have been proposed in the literature, but there is a significant gap between the models of computation and the real-time scheduling and analysis techniques, that makes timing validation challenging. To overcome this difficulty, we represent both the models of computation and the scheduling policies by timed automata. While, traditionally, they are only used for simulation and validation, we use the automata for programming. We believe that using the same formal language for the model of computation and the scheduling techniques is an important step to close the gap between them. Our approach is demonstrated using a publicly available toolset, an industrial application use case and a multi-core platform.
机译:在文献中已经提出了用于多核时间紧迫系统的各种计算模型,但是计算模型与实时调度和分析技术之间存在很大的差距,这使得时序验证具有挑战性。为了克服这个困难,我们通过定时自动机来表示计算模型和调度策略。传统上,它们仅用于仿真和验证,而我们使用自动机进行编程。我们认为,对计算模型和调度技术使用相同的形式语言是缩小两者之间差距的重要一步。我们使用公开的工具集,工业应用用例和多核平台演示了我们的方法。

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