재생 진동 제어를 위한 적응형 퍼지 모델 제어 알고리즘에 관한 연구

Adaptive Fuzzy Model Control Algorithm for Controlling Vibration

In this study, an experiment for the control of vibration generated in ship engines is performed. It is known that vibration is sensitive to changes in a system s internal variables of marine vibration. Therefore, it is difficult to design a sophisticated disturbance remover, and engines are also susceptible to generate noise. The adaptive fuzzy model (AFM) algorithm is proposed to eliminate the nonlinear disturbance caused by the vibration of engines. The vibration control system of the diesel engine is constructed using the AFM algorithm and MR damper. Using MATLAB s Simulink, we compare the proposed model with the internal model principle (IMP), which is applied to stable systems with periodic disturbance, and demonstrate the usefulness of the AFM algorithm.