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This paper discusses the problems of robust quadratic stability and robust H∞ control for a class of fuzzy descriptor systems with time-varying delay and parameter uncertainties. Base on the definition which is given by the Weihua Tian et al, according to the theory of Lyapunov, the sufficient conditions, which maintain the stability of the closed-loop and satisfy the H∞-performance are proved. These...
The problem of robust stabilization for a class of uncertain switched linear systems is studied. Supposed that there exist finite appointed static output feedback controllers, the subsystem can't be stabilized by using a single appointed controller accordingly. The parameter uncertainties are time-varying and unknown but are norm-bounded. By using the completeness and LMI (linear matrix inequality)...
The problem of fuzzy modeling for state and input time-varying delay systems with a class of nonlinear uncertainties by fuzzy T-S model is addressed. Utilizing LMI (linear matrix inequality), the problem of fuzzy robust Hinfin controller design for the systems is studied. Assuming that the nonlinear uncertain functions in the model considered are gain-bounded, we obtain a sufficient condition for...
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