Abstract—This paper presents a new strategy for controlling induction motors with unknown parameters. Using a simple linearized model of induction motors, we design robust adaptive controllers and unknown parameters update laws. The control design and parameters estimators are proved to have global stable performance against sudden load variations. All closed loop signals are guaranteed to be bounded. Simulations are performed to show the efficacy of the suggested scheme. I
This paper deals with a robust input-output feedback linearization control technique for induction m...
none4This paper addresses the output feedback tracking control problem for induction motor servo dri...
The problem of controlling sensorless induction motors with uncertain constant load torque and rotor...
peer reviewedThis paper presents a new strategy for controlling induction motors with unknown parame...
In this thesis, a robust adaptive control scheme is proposed in order to drive an induction motor w...
This work proposes a realistic solution to the control problem of sensorless induction motors. Due t...
The paper presents an adaptive tracking controller for an induction motor driving a load. Using nonl...
This paper addresses the speed and flux regulation of induction motors under the assumption that the...
A novel sensorless adaptive robust control law is proposed to improve the trajectory tracking perfor...
International audienceIn this paper, an algorithm for direct speed and flux adaptive control of indu...
The paper deals with the motion control of an induction motor. Because the nonlinear state equations...
The paper considers the problem of regulation of velocity and rotor flux norm of an induction motor....
The regulation problem of the velocity and the rotor flux norm of an induction motor is considered. ...
Nonlinear and Adaptive Control Design for Induction Motors is a unified exposition of the most impor...
An adaptive tracking controller for an induction motor driving a load is presented. Using nonlinear ...
This paper deals with a robust input-output feedback linearization control technique for induction m...
none4This paper addresses the output feedback tracking control problem for induction motor servo dri...
The problem of controlling sensorless induction motors with uncertain constant load torque and rotor...
peer reviewedThis paper presents a new strategy for controlling induction motors with unknown parame...
In this thesis, a robust adaptive control scheme is proposed in order to drive an induction motor w...
This work proposes a realistic solution to the control problem of sensorless induction motors. Due t...
The paper presents an adaptive tracking controller for an induction motor driving a load. Using nonl...
This paper addresses the speed and flux regulation of induction motors under the assumption that the...
A novel sensorless adaptive robust control law is proposed to improve the trajectory tracking perfor...
International audienceIn this paper, an algorithm for direct speed and flux adaptive control of indu...
The paper deals with the motion control of an induction motor. Because the nonlinear state equations...
The paper considers the problem of regulation of velocity and rotor flux norm of an induction motor....
The regulation problem of the velocity and the rotor flux norm of an induction motor is considered. ...
Nonlinear and Adaptive Control Design for Induction Motors is a unified exposition of the most impor...
An adaptive tracking controller for an induction motor driving a load is presented. Using nonlinear ...
This paper deals with a robust input-output feedback linearization control technique for induction m...
none4This paper addresses the output feedback tracking control problem for induction motor servo dri...
The problem of controlling sensorless induction motors with uncertain constant load torque and rotor...