A Clock Based Framework for Specifying and Modeling the Time Constraints of Cyber Physical Systems

Bingqing Xu, Lichen Zhang
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引用次数: 4

Abstract

Though there is still a heated discussion on what is cyber-physical systems, CPS is complex system which combines continuous dynamics and discrete dynamics. Among all the unsolved problems, time constraints are critical issues for CPS especially the time-security issues. The interaction of continuous and discrete dynamics in CPS must be specified correctly due to this reason. Unfortunately, the existed methods for modeling CPS can't fullfill the requirements. Clock Theory, which is proposed by Jifeng He, can be used to specify the time constraints for dynamics of CPS. In this paper, we introduced Clock Theory and proposed case studies for specifying and modeling the time constraints of CPS with Clock Theory.
基于时钟的网络物理系统时间约束描述与建模框架
虽然目前关于什么是信息物理系统的讨论还很激烈,但CPS是一个集连续动力学和离散动力学于一体的复杂系统。在所有尚未解决的问题中,时间约束是CPS面临的关键问题,尤其是时间安全问题。因此,必须正确规定连续动力学和离散动力学在CPS中的相互作用。遗憾的是,现有的CPS建模方法不能满足需求。何继峰提出的时钟理论可以用来确定CPS动力学的时间约束。在本文中,我们介绍了时钟理论,并提出了用时钟理论来指定和建模CPS时间约束的案例研究。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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