This paper deals with a robust input–output feedback linearization control technique for
induction motors. Indeed, classic feedback linearization presents two main disadvantages …

This paper presents an input-output feedback linearization (FL) control technique for rotating
induction motors, which takes into consideration the magnetic saturation of the iron core …

This paper proposes a nonlinear observer for induction machine drives based on space-
vector dynamic model of induction machine, expressed in state form, which presents the …

Premature convergence is known as a serious failure mode for genetic algorithms (GAs).
This paper presents a new dynamic selection based on power ranking by varying gradually …

Three-phase induction motors are widely used in industry due to their low cost and
ruggedness compared with other electromechanical conversion machines, as the direct cur …

Based on an output error, several evolutionary methods have been applied to identify the
parameters of an Induction Machine (IM). The main drawback of these methods is their …

Power factor is a significant element in power systems which is defined as the angle
difference between voltages and currents that produces power fluctuation between sources …

Feedback linearization technique (FLT) linearizes the model of induction machine (IM). This
actuator suffers from the variation of its inductances due to saturation and resistances due to …

Nowadays, electrical drives require more and more precision and reliability. Induction
machine is one of the most robust actuators in terms of maintenance and reliability. Their …

This paper proposes a non-linear observer for Induction Machine (IM) drives which takes
into consideration the saturation effects. The non-linear observer is based on an original …