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Dissipativity of hybrid systems: Feedback interconnections and networks

机译:混合系统的耗散性:反馈互连和网络

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This paper focuses on the notions of QSR dissipativity and passivity in hybrid systems. The work presented in this paper can mainly be divided into two parts- (i) feedback and parallel interconnections and, (ii) networks. First, it is shown that the negative feedback interconnection of two QSR dissipative hybrid systems is QSR dissipative. Also, passivity is preserved when passive hybrid systems are connected in parallel. It is also shown that QSR dissipativity and hence passivity are closely related to the stability of hybrid systems. In the second part of this work, passivity of networked hybrid input-output automata, in presence of network delays is studied. The issues of both the constant and time varying delays is addressed using a wave variable transform based approach.
机译:本文重点研究混合系统中QSR的耗散性和无源性。本文介绍的工作主要可以分为两部分-(i)反馈和并行互连,以及(ii)网络。首先,表明两个QSR耗散混合系统的负反馈互连是QSR耗散的。同样,当无源混合动力系统并联时,可以保留无源性。还表明,QSR的耗散性以及因此的无源性与混合系统的稳定性密切相关。在这项工作的第二部分中,研究了存在网络时延的网络混合输入输出自动机的无源性。使用基于波变量变换的方法解决了恒定延迟和时变延迟两者的问题。

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