大相位裕度波德地块成形的邻域优化方法

Bo Shang, Chengdong Wu, Y. Chen
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引用次数: 0

摘要

在控制复杂非线性系统时,分数阶控制器的经典平相位规范(FPS)整定方法采用图形化方法。但是,遵循图形化方法的这一步,调优方法不能自动工作。在本研究中,采用了一种新颖的优化方法,使其能够自动工作。采用近似法避免了求导,从而简化了计算过程。频域分析表明,与经典的FPS方法相比,该方法能够覆盖更多的情况,特别是相位裕度较大的情况。通过一个线性模型和一个非线性模型(Simscape)验证了该方法既能保证暂态性能又能保证鲁棒性。有关工作文件夹,请参阅:http://bit.ly/npm-simscape-code。视频演示请点击:http://bit.ly/npm_simscape_video。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Neighborhood Optimization Method for Shaping Bode Plot With Larger Phase Margin
When controlling complex non-linear systems, classic flat-phase specification (FPS) method for tuning fractional order controllers employs graphic method. However, following this step of graphic method, the tuning method cannot work automatically. In this study, a novel optimization method is employed to enable it to work automatically. An approximation is used to avoid solving derivatives, thereby simplify computation of the method. Frequency-domain analysis reveals that, compared with the classic FPS method, this method is capable of covering more conditions, especially those with larger phase margin. A linear model and a non-linear model (Simscape) are used to demonstrate that the proposed method can ensure both transient performance and robustness. For the relevant working folder, please refer to: http://bit.ly/npm-simscape-code. For video demonstrations, please click: http://bit.ly/npm_simscape_video.
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