Static output feedback for T-S fuzzy model of a synchronuous machine

This paper studies the design of a static output feedback controller of a Synchronous Machine. By employing a well-known Takagi-Sugeno approach, the continuous nonlinear system is first described by Takagi-Sugeno (T-S) models. Next, we develop a technique for designing a output feedback control law which stabilizes the Synchronous Machine. The controller is designed in terms of Linear Matrix Inequalitie (LMI) problem. Motivated by stability results developed for parallel distributed compensation (PDC) controller, the Output PDC (OPDC) controller was studied in this work. Simulation results for synchronous machine demonstrate the OPDC controller's effectiveness.