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This paper describes the results of an application of a PDC type T-S fuzzy control to synchronous machine. The non linear mathematical model for the proposed synchronous machine adopted in this work is described by T-S continuous fuzzy models. Next, the control law for T-S fuzzy control based on PDC design is studied. The stability and the stabilisation of(More)
Abstract— This paper presents the stability analysis via quadratic function of synchronous machine without damper. First, The non linear mathematical model for the proposed synchronous machine adopted in this work is described by T-S continuous fuzzy models. Next, the stability conditions are derived using Lyapunov functional approach. Then a stabilization(More)
This paper is concerned with the robust control problem of the synchronous machine systems with uncertain parameters. The uncertain non-linear model is first represented by a Takagi-Sugeno with several fuzzy IF-THEN rules. Next, based on these a T-S fuzzy model, a simple fuzzy controller is designed via the parallel distributed compensation (PDC) technique(More)
This paper deals the stability analysis of the PDC controller synthesis of a synchronous machine represented by TS fuzzy model. Based on a Quadratic Lyapunov function candidate (QLF), asymptotic stability conditions for continuous system implemented via Linear Matrix Inequalities was estabilished. Nevertheless, when we have a system that has a common(More)
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