In this work, the induction machine control problem is treated in a feedback control theory viewpoint. The effects of parameter variation, non-stationarities and non-linearities of the system are considered as model uncertainties. A linear state feedback controller, robust to all variation range of the plant, is synthesized to provide robust stability to the drive. Moreover, a rotor flux observer is proposed to make this solution suitable even for standard machines.11712
This work proposes a realistic solution to the control problem of sensorless induction motors. Due t...
In this thesis, a robust adaptive control scheme is proposed in order to drive an induction motor w...
Electrical traction of vehicle needs accurate control of torque and flux. DC machines are Maynly use...
In this work, the torque control problem of the induction machine is addressed. The commonly accepte...
This paper deals with the problem of the induction machine modelling by representation of non-statio...
This paper address the tracking control problem of a induction motor driving a mechanical load. Base...
In this paper a robust observer for determining the flux vector of the induction machine is proposed...
The paper presents an adaptive tracking controller for an induction motor driving a load. Using nonl...
The aim of this paper is to find a solution for the rotor flux observation problem in an induction m...
The paper deals with the motion control of an induction motor. Because the nonlinear state equations...
This paper deals with a robust input-output feedback linearization control technique for induction m...
Using a unified notation, this thesis collects and discusses the most important steps and issues in ...
Abstract – This paper deals with a robust controller for an induction motor (IM) which is represente...
This paper addresses the output feedback tracking control problem for induction motor servo drives w...
This bacherlor thesis deals with design of robust controller. In general it is about designing robus...
This work proposes a realistic solution to the control problem of sensorless induction motors. Due t...
In this thesis, a robust adaptive control scheme is proposed in order to drive an induction motor w...
Electrical traction of vehicle needs accurate control of torque and flux. DC machines are Maynly use...
In this work, the torque control problem of the induction machine is addressed. The commonly accepte...
This paper deals with the problem of the induction machine modelling by representation of non-statio...
This paper address the tracking control problem of a induction motor driving a mechanical load. Base...
In this paper a robust observer for determining the flux vector of the induction machine is proposed...
The paper presents an adaptive tracking controller for an induction motor driving a load. Using nonl...
The aim of this paper is to find a solution for the rotor flux observation problem in an induction m...
The paper deals with the motion control of an induction motor. Because the nonlinear state equations...
This paper deals with a robust input-output feedback linearization control technique for induction m...
Using a unified notation, this thesis collects and discusses the most important steps and issues in ...
Abstract – This paper deals with a robust controller for an induction motor (IM) which is represente...
This paper addresses the output feedback tracking control problem for induction motor servo drives w...
This bacherlor thesis deals with design of robust controller. In general it is about designing robus...
This work proposes a realistic solution to the control problem of sensorless induction motors. Due t...
In this thesis, a robust adaptive control scheme is proposed in order to drive an induction motor w...
Electrical traction of vehicle needs accurate control of torque and flux. DC machines are Maynly use...