Conventional direct torque control (DTC) is one of the excellent control strategies available
to control the torque of the induction machine (IM). However, the low switching frequency of …

This paper investigates the problems of backstepping control for a class of nonsmooth
nonlinear systems. With the help of set-valued functions (or maps) and set-valued …

This paper proposes a solution to adaptive output-feedback control for a class of nonsmooth
nonlinear systems. First, the concept of semiglobally uniformly ultimately bounded (SGUUB) …

In this paper, the robust adaptive control and back-stepping method are considered for
attitude control of aircraft systems. First, a non-linear aircraft model is introduced and …

This paper presents a modified structure of the backstepping nonlinear control of the
induction motor (IM) fitted with an adaptive backstepping speed observer. The control design …

Thanks to the technology developments and the recent advances in control theory, it is
possible to implement new controllers to a large number of Alternative Current (AC) …

This paper presents a new adaptive Backstepping technique to handle the induction motor
(IM) rotor resistance tracking problem. The proposed solution leads to improve the …

This article presents the control possibility of five-phase induction machines. In the proposed
solution, the machine model vector form is not transformed to the (dq)-coordinate system …

This paper presents a novel method for estimating the load torque of a sensorless indirect
stator flux oriented controlled (ISFOC) induction motor drive based on the model reference …

Exponential decrease in oil and natural gas resources, increasing global warming issues
and insufficiency of fossil fuels has shifted the focus to fuel cell hybrid electric vehicles …