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Delay-dependent observer-based stabilizing controller design for linear multiple state-delayed systems

机译:线性多状态时滞系统基于时滞的基于观测器的稳定控制器设计

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摘要

This article concerns a coupled LMIs approach to delay-dependent observer-based output feedback stabilizing controller design for linear continuous-time systems with multiple state delays. The advantage of our proposed delay-dependent coupled LMIs criterion lies in that: (1) it can optimize one of multiple time delays with others selected properly, and at the same time, the feedback-gain and observer-gain can be obtained, respectively. (2) it is less conservative than the existing delay-independent ones in the literature. Algorithm to solve the coupled LMIs is also given. Numerical examples illustrate the effectiveness of our method.
机译:本文涉及一种耦合LMI方法,用于具有多个状态延迟的线性连续时间系统的基于延迟的基于观察者的输出反馈稳定控制器设计。我们提出的依赖于延迟的耦合LMIs准则的优点在于:(1)通过选择适当的其他时延,它可以优化多个时延中的一个,同时可以分别获得反馈增益和观察者增益。 。 (2)它不如文献中现有的独立于延迟的保守。还给出了求解耦合LMI的算法。数值例子说明了我们方法的有效性。

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