LPV-IO controller design: An LMI approach

Simon Wollnack, H. Werner
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引用次数: 6

Abstract

Stability and ℒ2-performance of linear parameter-varying (LPV) systems in input-output (IO) form are considered. Based on our previous results, novel linear matrix inequality conditions are presented that allow to compute a stabilizing full-order LPV-IO controller which satisfies ℒ2-performance constraints by means of a convex program. The problem of dynamic parameter dependence that usually hinders the derivation of practical stability and performance conditions is avoided completely. An illustrative example demonstrates the merits of the proposed LMI conditions when applied to LPV-IO controller synthesis.
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LPV-IO控制器设计:LMI方法
研究了线性变参数系统在输入-输出(IO)形式下的稳定性和二阶性能。在前人研究的基础上,提出了一种新的线性矩阵不等式条件,该条件允许用凸规划的方法计算满足2-性能约束的稳定全阶LPV-IO控制器。完全避免了通常阻碍实际稳定性和性能条件推导的动态参数依赖问题。一个实例说明了所提出的LMI条件在LPV-IO控制器合成中的优点。
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