文件名称:programming_of_a_fuzzy_PID_controller_standardized
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- 2012-11-26
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基于混沌变量,提出了一种FNPID 参数混沌优化设计。文中将混沌动力学特性与退火策略结合起来实现混沌优化搜索,体现出具有更强的FNPID 参数全局最优值的搜索能力。仿
真实验表明能有效地实现FNPID 控制器参数优化,控制结果具有稳定、无振荡、无超调、响应快、调节时间短的优点,算法结构简单,编程容易。-Variables based on chaos, a chaos FNPID optimum design parameters. In this paper, chaotic dynamics combined with annealing strategy for the realization of chaos optimization search, reflecting a stronger value of the global optimum parameters FNPID search capabilities. Simulation results show that the realization of effective FNPID optimized controller parameters, control the outcome of a stable, non-oscillatory, no overshoot, fast response, the advantages of short conditioning time, the algorithm structure is simple and easy programming.
真实验表明能有效地实现FNPID 控制器参数优化,控制结果具有稳定、无振荡、无超调、响应快、调节时间短的优点,算法结构简单,编程容易。-Variables based on chaos, a chaos FNPID optimum design parameters. In this paper, chaotic dynamics combined with annealing strategy for the realization of chaos optimization search, reflecting a stronger value of the global optimum parameters FNPID search capabilities. Simulation results show that the realization of effective FNPID optimized controller parameters, control the outcome of a stable, non-oscillatory, no overshoot, fast response, the advantages of short conditioning time, the algorithm structure is simple and easy programming.
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一种模糊规范化PID控制器混沌优化设计.PDF