An induction motor is the most frequently used electric machine in high performance drive
applications. Control schemes of such drives require an exact knowledge of at least some of …

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After a technical review on the stator resistance and rotor resistance identification methods
for speed sensorless induction motor drives, this paper presents a different solution with a …

Nonlinear and Adaptive Control Design for Induction Motors is a unified exposition of the
most important steps and concerns in the design of estimation and control algorithms for …

A sensor fault detection and isolation unit is considered for induction-motor drives based on
an adaptive observer with rotor-resistance estimation. Generally, closed-loop induction …

Accurate knowledge of stator resistance is of utmost importance for correct operation of a
number of speed sensorless induction motor control schemes in the low speed region. Since …

Field orientation techniques without flux measurements depend on the parameters of the
motor, particularly on the rotor resistance or rotor time constant (for rotor field orientation) …

This paper deals with a new control technique applied to five-phase induction motor under
open-end stator winding (FPIM-OESW) topology using the backstepping nonlinear control …

The performance and efficiency of an induction motor drive system can be enhanced by
online estimation of the critical parameters, such as the rotor time constant and stator …

An adaptive observer with online estimation of rotor and stator resistances is considered for
induction motors, while only one phase current is measured. Generally, an induction motor …