| Title |
Design of Adaptive Fuzzy Logic Controller for SVC using Tabu Search and Neural Network |
| Authors |
손종훈(Son, Jong-Hun) ; 황기현(Hwang, Gi-Hyeon) ; 김형수(Kim, Hyeong-Su) ; 박준호(Park, Jun-Ho) ; 박종근(Park, Jong-Geun) |
| Keywords |
FLC ; Tabu Search ; SVC ; Adaptive Fuzzy Logic Controller |
| Abstract |
We proposed the design of SVC adaptive fuzzy logic controller(AFLC) using Tabu search and neural network. We tuned the gains of input-output variables of fuzzy logic controller(FLC) and weights of neural network using Tabu search. Neural network was used for adaptively tuning the output gain of FLC. The weights of neural network was learned from the back propagation algorithm in real-time. To evaluate the usefulness of AFLC, we applied the proposed method to single-machine infinite system. AFLC showed the better control performance than PD controller and GAFLS[10] for three-phase fault in nominal load which had used when tuning AFLC. To show the robustness of AFLC, we applied the proposed method to disturbances such as three-phase fault in heavy and light load. AFLC showed the better robustness than PD controller and GAFLC[10]. |