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FUZZY GLOBAL SLIDING MODE CONTROL BASED ON GENETIC ALGORITHM AND ITS APPLICATION FOR FLIGHT SIMULATOR SERVO SYSTEM
Authors:LIU Jinkun HE Yuzhu
Abstract:To alleviate the chattering problem, a new type of fuzzy global sliding mode controller (FGSMC) is presented. In this controller, the switching gain is estimated by fuzzy logic system based on the reachable conditions of sliding mode controller(SMC), and genetic algorithm (GA) is used to optimize scaling factor of the switching gain, thus the switch chattering of SMC can be alleviated.Moreover, global sliding mode is realized by designing an exponential dynamic sliding surface.Simulation and real-time application for flight simulator servo system with Lugre friction are given to indicate that the proposed controller can guarantee high robust performance all the time and can alleviate chattering phenomenon effectively.
Keywords:Sliding mode control Chattering free Fuzzy control Genetic algorithm Flight simulator  SERVO SYSTEM  FLIGHT SIMULATOR  APPLICATION  GENETIC ALGORITHM  BASED  SLIDING MODE CONTROL  GLOBAL  Simulation  application  flight simulator  servo system  friction  guarantee  high  robust performance  time  phenomenon  sliding mode  designing  exponential
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