This paper develops a sliding-mode based simplified structure of neuro-fuzzy speed and
torque compensator incorporated with an induction motor (IM) drive deploying feedback …

The work carried out in this paper proposes an improvement of the direct torque control
(DTC) of induction machine by the design of modern, robust and more efficient controllers …

Hysteresis current control is relatively a simple method for PWM technique with
comparatively good current loop response. This paper presents the hardware …

Fuzzy logic controller has been the main focus for many researchers and industries in motor
drives. The popularity of Fuzzy Logic Controller (FLC) is due to its reliability and ability to …

One of the most popular and easy to implement control strategy for the inverter in induction
motor drive system is the hysteresis current control. The most drawbacks associated with the …

Fuzzy logic controls (FLCs) have emerged as a promising solution for speed regulation in
induction motor (IM) drives, offering adaptability to non-linearities, parameter variations, and …

The rapid advancements in induction motor drives has led to the development of robust non-
linear controller such as Fuzzy Logic Controller (FLC). The proportional integral or derivative …

The vector control of an induction machine is among the most used controls, the inter-turn
short-circuit fault is a very common fault in this type of machine. Vector controllers use …

Abstract Fuzzy Logic Controller (FLC) has been widely used in speed controller due to its
superior performance results. It is suitable when the system is difficult to model …

The drive train design, modelling, and control of an electric vehicle powered by a five-phase
induction motor (FPIM) using drive cycle based data are presented in this study. For an …