PID和FOPID控制器对三维起重机不同轴线的相互影响

Jakub Zeglen-Wlodarczyk, Klaudia Wajda
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引用次数: 0

摘要

本文介绍了PID和FOPID(经典的带分数部分的PID的扩展)控制器在各种配置下的三维起重机控制。需要5个控制器来控制起重机- 3个用于控制XYZ轴,2个用于影响角度位置$\alpha$和$\beta$。准备了3组模拟。第一个版本包括5个FOPID调节器,作为比较的基准。在随后的两组中,将一个轴上的FOPID控制器和该轴对应的角度替换为PID控制器(X轴$+\alpha$角度和Y轴$+\beta$角度)。采用Matlab/Simulink环境编制仿真。在文章的后面,对所有的结果进行了比较。采用GWO优化方法,为各控制器准备最佳系数。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Mutual influence of PID and FOPID controllers on different axes of the 3D crane
The article presents 3D crane control with PID and FOPID (which is an extension of the classic PID with fractional parts) controllers in various configurations. 5 controllers are needed to control the crane - 3 for controlling the XYZ axes and 2 for influencing the angular position $\alpha$ and $\beta$. 3 sets of simulations were prepared. The first version includes 5 FOPID regulators that serve as a benchmark for comparisons. In two subsequent sets, the FOPID controllers on one axis and the corresponding angle for this axis were replaced with PID controllers (X axis $+\alpha$ angle and Y axis $+\beta$ angle). Matlab/Simulink environment was used to prepare the simulation. Later in the article all the results were compared with each other. GWO optimization was used to prepare the best coefficients for individual controllers.
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