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Adaptive fuzzy-neuro controller for speed of wound rotor induction motor with slip energy recovery
Author(s)
Tunyasrirut, Satean
Ngamwiwit, Jongkol
Furuya, Tadayoshi
Yamamoto, Yoshiichi
Date Issued
December 1, 2000
Type
Conference Paper
Abstract
In this paper, we proposed an adaptive fuzzy-neuro controller to control the speed of wound rotor induction motor with slip energy recovery. An adaptive fuzzy-neuro controller has been designed by integrating two neural network models with a basic fuzzy logic controller. Using the backpropagation algorithm, the first neural network is trained as a plant emulator and the second neural network is used as a compensator for the basic fuzzy controller to improve its performance on-line. The function of the neural network plant emulator is to provide the correct error signal at the output of the neural fuzzy compensator without the need for any mathematical modeling of the plant. The scheme is applied to the control speed of wound rotor induction motor process. The simulation and experimental results show that the adaptive fuzzy-neuro controller gives the controlled system by keeping the speed constant and good transient response without overshoot can be obtained.
Citation
IEEE Region 10 Annual International Conference Proceedings TENCON, 3, I-329-I-333, 2000