A Simulation of "Self-Organizing Fuzzy Controller" for a Dynamic System under Irregular Disturbance

확률론적 가진을 받는 동적계에 대한 자기구성 퍼지제어기의 구현

This paper proposes a self-organizing fuzzy controller (SOFC) design technique applied to the vibration control of a dynamic system under irregular disturbance. In this controller, the fuzzy rules generate control signal continuously using the array of input and output pairs without using any special controller model. The generated rules are saved in the fuzzy rule matrix in real-time by self-organizing methods. This fuzzy logic control is demonstrated by simulation and shows the efficiency of the real-time self-organizing fuzzy controller in this system.