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《第36届中国控制会议论文集(E)》2017年
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Stabilizing Control of A Class of Discrete-Time Systems with Random Delay

Junhui Li  Jieying Lu  Weizhou Su  
【摘要】:This paper investigate the stabilizing controller design of a class of linear time-invariant systems with one-step random delay in discrete time.Both stabilizing dynamic feedback and state feedback control are in consideration.The dynamic stabilizing controller of the closed-loop stochastic system are determined by the solutions of two discrete algebraic Riccati equations(DAREs).And the state feedback problem is converted into a static output feedback(SOF) problem.Two theorems are provided that guarantee the existence of controllers which stabilize the closed-loop system in the sense of mean-square.In addition,all stabilizing controllers are given by means of parametrization.
【作者单位】:School of Automation Science and Engineering,South China University of Technology
【基金】:supported by National Natural Science Foundation(NNSF)of China under Grant 61673183 and 61273109
【分类号】:O231
【正文快照】:
1 IntroductionWith the development of the communication technology,study of the control problem with delay system has attractedconsiderable attentions of research interest(see,e.g.,[1-3]).Time-delay is a common phenomenon in networked feed?back control s

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