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H_∞ control for switched fuzzy systems via dynamic output feedback: Hybrid and switched approaches

机译:通过动态输出反馈对切换模糊系统进行H_∞控制:混合和切换方法

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摘要

Fuzzy T-S model has been proven to be a practical and effective way to deal with the analysis and synthesis problems for complex nonlinear systems. As for switched nonlinear system, describing its subsystems as fuzzy T-S models, namely switched fuzzy system, naturally is an alternative method to conventional control approaches. In this paper, the H_∞ control problem for a class of switched fuzzy systems is addressed. Hybrid and switched design approaches are proposed with different availability of switching signal information at switching instant. The hybrid control strategy includes two parts: fuzzy controllers for subsystems and state updating controller at switching instant, and the switched control strategy contains the controllers for subsystems. It is demonstrated that the conservativeness is reduced by introducing the state updating behavior but its cost is an online prediction of switching signal. Numerical examples are given to illustrate the effectiveness of proposed approaches and compare the conservativeness of two approaches.
机译:模糊T-S模型已被证明是一种处理复杂非线性系统分析和综合问题的实用有效方法。对于开关非线性系统,将其子系统描述为模糊T-S模型,即开关模糊系统,自然是传统控制方法的替代方法。本文针对一类切换模糊系统的H_∞控制问题进行了研究。提出了在切换瞬间具有不同可用性的切换信号信息的混合和切换设计方法。混合控制策略包括两部分:子系统的模糊控制器和切换瞬间的状态更新控制器,切换后的控制策略包含子系统的控制器。已经证明,通过引入状态更新行为可以降低保守性,但是其成本是切换信号的在线预测。数值例子说明了所提出方法的有效性,并比较了两种方法的保守性。

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