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The Fuzzy PID Control of Resistance Furnace Temperature System Based on Genetic Algorithm

机译:基于遗传算法的电阻炉温度系统模糊PID控制

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The resistance furnace temperature system has low accuracy and big overshoots with fuzzy control. The fuzzy PID controller is used to optimize the resistance furnace temperature system, and the design scheme is developed. The fuzzy control and PID control are combined to control the system. If the system's deviation is large the fuzzy control is adopted, else PID control is adopted. The genetic algorithm is adopted to train the controller's membership functions, control rules and parameters. The global optimum of the controller's parameters can be achieved. Matlab simulation results indicate that the resistance furnace temperature system with fuzzy PID control is more dynamic, robust, and highly precise.
机译:电阻炉温度系统具有低精度和大型过冲,模糊控制。模糊PID控制器用于优化电阻炉温度系统,开发设计方案。组合模糊控制和PID控制以控制系统。如果系统的偏差很大,采用模糊控制,则采用PID控制。采用遗传算法培训控制器的隶属函数,控制规则和参数。可以实现控制器参数的全局最优。 MATLAB仿真结果表明,具有模糊PID控制的电阻炉温度系统更具动态,坚固,高度精确。

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