Virtual reference feedback tuning for two degree of freedom controllers using closed-loop step response data — Optimal pre-filter design in the frequency domain

S. Masuda, Xianda Kong, K. Udagawa, Y. Matsui
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Abstract

The paper gives a Virtual Feedback Tuning (VRFT) for two degree of freedom controllers using closed-loop step response data in the frequency domain. While the original VRFT uses a data-driven performance index based on input/output data directly, the proposed one derives a frequency domain performance index based on the Fourier transformation of one-shot experimental input-output data. The frequency domain performance index makes the optimal pre-filter be straightforwardly designed without using the spectral density of the collected input signal. Hence, the proposed ones outperforms the original ones when the input and output data is collected from the closed loop step response. The effectiveness of the proposed method is illustrated through a numerical example.
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基于闭环阶跃响应数据的二自由度控制器虚拟参考反馈调谐——频域预滤波器的优化设计
本文利用频域的闭环阶跃响应数据,提出了一种二自由度控制器的虚拟反馈整定方法。原始VRFT直接基于输入/输出数据使用数据驱动的性能指标,而本文提出的VRFT基于单次实验输入-输出数据的傅里叶变换获得频域性能指标。该频域性能指标使得无需利用采集到的输入信号的频谱密度,就可以直接设计最优预滤波器。因此,当从闭环阶跃响应中收集输入和输出数据时,所提出的算法优于原始算法。通过一个算例说明了该方法的有效性。
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