Abstract— In the industrial sector especially in the field of
electric drives & control, induction motors play a vital role.
Without proper controlling of the speed, it is virtually impossible
to achieve the desired task for a specific application. Based on the
inability of conventional control methods like PI, PID controllers
to work under wide range of operation, artificial intelligent based
controllers are widely used in the industry like ANN, Fuzzy
controller, ANFIS, expert system, genetic algorithm. The main
problem with the conventional fuzzy controllers is that the
parameters associated with the membership functions and the
rules depend broadly on the intuition of the experts. To overcome
this problem, Adaptive Neuro-Fuzzy controller is proposed in
this paper.The rapid development of power electronic devices
and converter technologies in the past few decades, however, has
made possible efficient speed control by varying the supply
frequency and voltage , giving rise to various forms of adjustablespeed
induction motor drives. This paper presents an integrated
environment for speed control of induction motor (IM) using
artificial intelligent controller. The integrated environment
allows users to compare simulation results between classical and
artificial intelligent controllers. The fuzzy logic controller,
artificial neural network controller and ANFIS controllers are
also introduced to the system for keeping the motor speed to be
constant when the load varies. The comparison between
Conventional PI, Fuzzy Controller, ANN and Adaptive neuro
fuzzy controller based dynamic performance of induction motor
drive has been presented. Adaptive Neuro Fuzzy based control of
induction motor will prove to be more reliable than other control
methods. The performance of the Induction motor drive has been
analyzed for no load, constant and variable loads.