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Design of Fuzzy PD+I Controller Based on PID Controller
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 Title & Authors
Design of Fuzzy PD+I Controller Based on PID Controller
Oh, Sea-June; Yoo, Heui-Han; Lee, Yun-Hyung; So, Myung-Ok;
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Since fuzzy controllers are nonlinear, it is more difficult to set the controller gains and to analyse the stability compared to conventional PID controllers. This paper proposes a fuzzy PD+I controller for tracking control which uses a linear fuzzy inference(product-sum-gravity) method based on a conventional linear PID controller. In this scheme the fuzzy PD+I controller works similar to the control performance as the linear PD plus I(PD+I) controller. Thus it is possible to analyse and design an fuzzy PD+I controller for given systems based on a linear fuzzy PD controller. The scaling factors tuning scheme, another topic of fuzzy controller design procedure, is also introduced in order to fine performance of the fuzzy PD+I controller. The scaling factors are adjusted by a real-coded genetic algorithm(RCGA) in off-line. The simulation results show the effectiveness of the proposed fuzzy PD+I controller for tracking control problems by comparing with the conventional PID controllers.
fuzzy PD+I controller;scaling factors;tracking control;product-sum-gravity method;RCGA;
 Cited by
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