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Distributed Runtime Verification of Cyber-Physical Systems Based on Graph Pattern Matching

机译:基于图模式匹配的电子物理系统分布式运行时验证

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摘要

Cyber-physical systems process a huge amount of data coming from sensors and other information sources and they often have to provide real-time feedback and reaction. Cyber-physical systems are often critical, which means that their failure can lead to serious injuries or even loss of human lives. Ensuring correctness is an important issue, however traditional design-time verification approaches can not be applied due toudthe complex interaction with the changing environment, theuddistributed behavior and the intelligent/autonomous solutions.udIn this paper we present a framework for distributed runtimeudverification of cyber-physical systems including the solution for executing queries on a distributed model stored on multipleudnodes.
机译:网络物理系统处理来自传感器和其他信息源的大量数据,它们通常必须提供实时反馈和反应。网络物理系统通常很关键,这意味着它们的故障可能导致严重伤害甚至人员伤亡。确保正确性是一个重要的问题,但是由于 uding与不断变化的环境之间的复杂交互, ud-distributed行为和智能/自主解决方案,因此无法应用传统的设计时验证方法。 ud本文中,我们提出了一种分布式框架网络物理系统的运行时验证,包括用于在多个 udnode上存储的分布式模型上执行查询的解决方案。

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