A New Robust Adaptive Algorithm for Second Order Blind Source Separation

Z. Bekhtaoui, K. Abed-Meraim, A. Meche, Messaoud Thameri
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Abstract

This paper deals with the adaptive blind source separation problem in presence of impulsive noise. New algorithms extending the well known SOBI method from batch to adaptive scheme are introduced. At first, the standard Gaussian noise case is considered, leading to our first algorithm referred to as Adaptive SOBI (A-SOBI). Later on, a robust version of A-SOBI, referred to as RA-SOBI is derived to handle the impulsive noise case. RA-SOBI relies on robust subspace tracking for the whitening stage together with robust correlation estimation for the separation stage. All proposed algorithms are of relatively low complexity and allow to achieve good separation quality as illustrated by our simulation results.
一种新的二阶盲源分离鲁棒自适应算法
研究了脉冲噪声存在下的自适应盲源分离问题。介绍了将SOBI方法从批处理扩展到自适应的新算法。首先,考虑标准高斯噪声的情况,导致我们的第一个算法称为自适应SOBI (A-SOBI)。后来,a - sobi的一个鲁棒版本,称为RA-SOBI被导出来处理脉冲噪声情况。RA-SOBI在白化阶段依赖于鲁棒子空间跟踪,在分离阶段依赖于鲁棒相关估计。所有提出的算法的复杂性相对较低,并允许实现良好的分离质量,如我们的仿真结果所示。
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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