In this paper, sliding mode control theory is demonstrated to design and control the rotor
speed and rotor flux of the feedback linearized induction motor (IM) drive. Dynamic …

The paper presents a sliding-mode speed control system for an indirect vector controlled
induction motor drive for high performance. The analysis, design and simulation of the …

Induction motors are being applied today to a wider range of applications, requiring variable
speed. This paper presents, a control method with sliding mode controller, to regulate the …

This paper presents an application of a Takagi Sugeno (TS) Fuzzy logic based adaptive
Iterative Learning Controller (ILC) to reduce chattering, torque ripple and to improve …

Almost controllers of induction motor speed are designed to keep motor speed unchanged. It
is hard for conventional controller such as PI controller because induction motor is a …

In order to improve the robustness against the parameter variations of the induction machine
drive systems employing the feedback linearization control scheme, a novel simpler sliding …

This paper implements an Iterative Learning Controller (ILC) for speed control of induction
motor drive. First, state feedback linearization technique is applied to the induction motor …

Induction motors are being applied today to a wider range of applications requiring variable
speed. This paper presents a control method with sliding mode controller to regulate the …