作者: Baoyong Zhang , Shaosheng Zhou , Shengyuan Xu
DOI: 10.1080/00207720701433033
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摘要: This article considers the delay-dependent H∞ control problem for linear neutral systems with both discrete and distributed delays. The we address is to design a state feedback controller such that resulting closed-loop system asymptotically stable satisfies prescribed performance level. First, sufficient condition solvability of obtained in terms matrix inequalities. Then, by using cone complementarity linearization approach, an developed based on condition. Finally, numerical examples are provided demonstrate effectiveness proposed method.