In this paper we propose to design a robust control using sliding mode for double-fed
induction machine (DFIM), the stator and rotor are fed by two converters. The purpose is …

In this article, a control design concept using fuzzy sets for an induction motor is presented.
The aim of the proposed modelling approach is to provide a fuzzy set-based representation …

This paper proposes an effective algorithm approach to hybrid control systems combining
fuzzy logic and conventional control techniques of controlling the speed of induction motor …

This article proposes a fuzzy control system for driving multiple single-phase induction
motors in parallel connection. The drive system employs only a single PWM inverter …

In this article, we propose a contribution to the control of a doubly fed induction motor by
sliding mode with adaptive fuzzy logic. The technique of vector-control by classical field …

The drawbacks of sliding mode control in terms of high control gains and chattering are
overcome by merging of the FLC with the variable structure of the SMC to form a fuzzy …

Since induction motors are inexpensive, well-constructed, robust and require little
maintenance, they are widely used in industrial applications and manufacturing processes …

Sliding mode control is used now in the speed control of electric drive systems. It provides
attractive features such as fast dynamic response, insensitivity to variations in plant …

A fuzzy sliding-mode speed controller with torque feed forward compensation was proposed
for high performance IM drive application. Firstly the sliding-mode speed controller of …

In this paper, the design of a speed control scheme based on fuzzy-sliding mode control for
indirect field-orientated induction motor (IM) is proposed. In the speed controller, a fuzzy …