Abstract
This paper deals with a nonlinear system control technique, called control by state feedback. The application is on the speed of a three-phase asynchronous motor, but this time the return of the states of the controlled system is nonlinear so we are faced with an interconnected mathematical structure, the advantage of this type of control is the assurance of the robustness against sudden parametric variations of the motor, especially at full load or long-term traction work. A series of simulations was carried out under the MATLAB-SIMULINK environment to demonstrate the robustness and rigidity yet the stability of the proposed control.
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