Adaptive Threshold De-Noising Algorithm of Roll Eccentricity Signal

L. Daoping, Yao Xiaolan, Wu Qinghe, Z. Xiaodong
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引用次数: 2

Abstract

To solve the problem of roll eccentricity signal with the noise in the HAGC system, a new method based on adaptive threshold de-noising algorithm of roll eccentricity signal 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 by using midpoint method. This method has the properties of self-adaptation, strong robustness, low calculation, simple arithmetic and so on. Simulation shows that the result of de-noising with this new method is much better than soft-thresholding algorithm and hard-thresholding algorithm and has a good de-noising result for roll eccentricity signal in HAGC system.
轧辊偏心信号的自适应阈值去噪算法
为了解决HAGC系统中轧辊偏心信号受噪声影响的问题,提出了一种基于自适应阈值的轧辊偏心信号去噪算法。该方法可以自适应地确定小波分析的阈值,并使信噪比与滤波器参数成函数关系,利用中点法获得最优的阈值参数。该方法具有自适应、鲁棒性强、计算量小、算法简单等特点。仿真结果表明,该方法的去噪效果明显优于软阈值算法和硬阈值算法,对HAGC系统中轧辊偏心信号具有较好的去噪效果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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