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A SystemC/Matlab co-simulation tool for networked control systems

机译:用于网络控制系统的SystemC / Matlab协同仿真工具

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摘要

Real-time systems connected through packet networks belong to the family of networked control systems, and they can be easily destabilized by communication delay and packet losses, when they are not properly compensated. The largest part of the solutions available in the literature are mainly based on control and system theory where the parameters of the network are assumed to be given. This classical approach could be improved by designing at the same time the network, e.g., by introducing quality-of-service guarantees as currently done in teleconference applications. Such controletwork co-design needs a simulation framework where both aspects are properly and jointly addressed. The paper addresses this topic starting from the discussion of its critical issues, and then proposing an accurate co-simulation tool based on SystemC and Matlab/Simulink. SystemC will be used for the network simulation and protocol design whereas Matlab/Simulink for plant modeling and control design.
机译:通过分组网络连接的实时系统属于网络控制系统家族,如果没有适当的补偿,它们很容易因通信延迟和分组丢失而变得不稳定。文献中可用的解决方案的最大部分主要是基于控制和系统理论,其中假定网络参数已给出。通过同时设计网络,例如通过引入电话会议应用中当前所做的服务质量保证,可以改进这种经典方法。这样的控制/网络协同设计需要一个仿真框架,在这两个方面都可以正确并共同解决。本文从讨论其关键问题开始,然后提出了一个基于SystemC和Matlab / Simulink的准确的协同仿真工具,以解决该主题。 SystemC将用于网络仿真和协议设计,而Matlab / Simulink将用于工厂建模和控制设计。

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