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 …

To obtain high dynamic performance on induction motor drives (IMD), variable voltage and
variable frequency operation has to be performed by measuring speed of rotation and stator …

The use of finite-state model-predictive controllers for current control of multi-phase
machines is investigated. The basic setup is comprised a predictive model and an …

Recently, both houses and factories have been using induction motors more and more
frequently. The advancement of variable speed drives is outstanding and admirable …

This paper proposes an indirect vector control scheme of an induction motor, using a
Kalman smoothing‐based observer to estimate speed. The observer is used to estimate the …

The tuning of PI gains for a five-phase induction motor with indirect field oriented control and
third harmonic injection is analyzed. Third harmonic injection allows to increase the output …

In this paper a sliding mode position control for high-performance real-time applications of
induction motors is developed. The design also incorporates a sliding mode rotor flux …

Wireless networks are increasingly overwhelmed by Distributed Denial of Service (DDoS)
attacks by generating flooding packets that exhaust critical computing and communication …

In this paper, a robust flux and speed observer for sensorless control of a double star
induction motor is presented. Proper operation of vector control of the double star induction …

In this paper a reduced-order sliding mode observer-based speed sensorless vector control
of a double stator induction motor (DSIM) is presented. The conventional reduced-order …