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On the stability of fuzzy proportional-derivative control systems

机译:模糊比例微分控制系统的稳定性

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摘要

This paper presents the stability analysis of a fuzzy proportional-derivative (PD) controller. The proposed fuzzy PD controller has the same simple linear structure as the conventional PD controller in the proportional and derivative parts, but the two fuzzy control gains are nonlinear functions of the input error signals and they both have self-tuning control capability. The fuzzy PD controller has the same performance as the conventional PD controller for linear processes, yet improves the control capability for nonlinear and uncertain processes. We employ the "small gain theorem" to analyze the bounded-input/bounded-output stability of a general nonlinear fuzzy PD control system, deriving a simple and realistic sufficient condition for the stability of the system.
机译:本文介绍了模糊比例微分(PD)控制器的稳定性分析。提出的模糊PD控制器在比例和微分部分具有与常规PD控制器相同的简单线性结构,但是两个模糊控制增益是输入误差信号的非线性函数,并且都具有自整定控制能力。模糊PD控制器的性能与线性过程的常规PD控制器相同,但提高了非线性和不确定过程的控制能力。我们使用“小增益定理”来分析一般非线性模糊PD控制系统的有界输入/有界输出稳定性,从而为系统的稳定性推导出了简单而现实的充分条件。

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