| Title |
Improved Neural Network-Based Self-Tuning fuzzy PID Controller for Induction Motor Speed Control |
| Keywords |
Fuzzy PID ; Self-Tuning Matlab/Simulink ; dSPACE(DS1102) ; Induction motor |
| Abstract |
This paper presents a neural network based self-tuning fuzzy PID control scheme with variable learning rate for induction motor speed control. When induction motor is continuously used long time, its electrical and mechanical Parameters will change, which degrade the Performance of PID controller considerably. This Paper re-analyzes the fuzzy controller as conventional PID controller structure, introduces a single neuron with a back-propagation learning algorithm to tune the control parameters, and proposes a variable learning rate to improve the control performance. Proposed scheme is simple in structure and computational burden is small. The simulation using Matlab/Simulink and the experiment using dSPACE(DS1102) board are performed to verify the effectiveness of the proposed scheme. |