LI Dao-ping, YAO Xiao-lan, WU Qing-he, QU Yi-zhi. Self-Adaptive Wavelet Threshold De-Noising Method and Its Application in the Compensation of Roll Eccentricity SignalJ. Transactions of Beijing institute of Technology, 2010, (2): 179-183.
Citation: LI Dao-ping, YAO Xiao-lan, WU Qing-he, QU Yi-zhi. Self-Adaptive Wavelet Threshold De-Noising Method and Its Application in the Compensation of Roll Eccentricity SignalJ. Transactions of Beijing institute of Technology, 2010, (2): 179-183.

Self-Adaptive Wavelet Threshold De-Noising Method and Its Application in the Compensation of Roll Eccentricity Signal

  • To solve the problem of compensation of roll eccentricity signal of hydraulic automatic gauge control(AGC) system, a new method based on adaptive threshold de-noising method is proposed. The new method can self-adaptively decide the threshold of wavelet analysis, and make the SNR as a function of the parameter of the filter to acquire the optimal threshold parameter using golden section method. Simulation shows that the result of de-noising with this new method is much better than the original method and have a better result on the compensation of roll eccentricity signal on hydraulic AGC system.
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