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The tuning principle of adaptive fuzzy fractional-order PID controller parameters

机译:自适应模糊分数阶PID控制器参数的整定原理

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Using fuzzy method to adjust adaptive controller is fiizzy adaptive controlling, so-called adaptive controlling is that using modem control theory to recognize object's characteristic parameters online and change their control strategies timely so that control system's quality index could keep in the best range. Fractional order controller PI λMμ became a hot pot in recently years, when compared it with the common PID controller's system we found that the former has shorter rise time, no overshoot or oscillations, and has stronger robustness. Especially, when the system has nonlinear and time-varying links, the adjusting effects will be excellent. Then the simulation of the fractional order controller PI λMμ combination with the adaptive controlling is carried out based on Matlab in this text.
机译:用模糊方法调整自适应控制器是一种模糊的自适应控制,即所谓的自适应控制,就是用现代控制理论在线识别对象的特征参数并及时改变其控制策略,使控制系统的质量指标保持在最佳范围。分数阶控制器PIλMμ近年来成为热点,当与通用PID控制器的系统进行比较时,我们发现前者的上升时间更短,没有超调或振荡,并且具有更强的鲁棒性。特别是当系统具有非线性和时变链接时,调节效果将非常好。然后基于Matlab对分数阶控制器PIλMμ与自适应控制相结合进行了仿真。

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