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Design of Adaptive I-PD Control Systems using Delta Operator based on Partial Model Matching

机译:基于局部模型匹配的Delta运算符设计自适应I-PD控制系统

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Proportional-Integral-Derivative (PID) controllers are undoubtedly the most employed controllers in industry, and various methods of the parameter tuning in PID control are proposed until now. As a way to tune the PID parameter systematically, the partial model matching method from the lowest order term to as higher the term as possible is adopted by Kitamori. However, since this partial model matching method uses a xed PID parameter, when the information on the controlled object obtained by beforehand has uncertainty, the control performance may Performance deteriorates. In this paper, we propose an adaptive I-PD controller for Single-Input/Single-Output (SISO) systems using delta operator based on the partial model matching method. In addition, we show the effectiveness of the proposed method by the simulation result.
机译:比例 - 积分衍生物(PID)控制器无疑是行业中最多采用的控制器,并提出了PID控制中参数调谐的各种方法,直到现在。作为系统地调整PID参数的方法,通过最低阶项的部分模型匹配方法以尽可能越高的术语是Kitamori所采用的。然而,由于这种部分模型匹配方法使用XED PID参数,当预先获得的受控对象的信息具有不确定性时,控制性能可以性能劣化。本文使用基于部分模型匹配方法提出了一种用于使用Delta运算符的单输入/单输出(SISO)系统的自适应I-PD控制器。此外,我们通过模拟结果显示了所提出的方法的有效性。

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