Speech enhancement using β-divergence based NMF with update bases

V. Sunnydayal, T. Kumar
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Abstract

In this paper, combination of statistical model based approach and Non-negative matrix factorization (NMF) based approach with on-line update of speech and noise bases for speech enhancement is proposed. Template based approaches are more robust and performs better to non-stationary noises compared to the statistical model based approaches. However, the template based approach is dependent on a priori information. Combining the approaches avoids the drawbacks of both. To improve the performance further, speech and noise bases are adapted simultaneously in NMF approach with the help of the estimated speech presence probability (SPP). The proposed approach yields better results than statistical based approach, NMF based approach and also combination of both approaches without on-line update in non-stationary noise environments.
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基于β发散的带更新基NMF语音增强
本文提出了将基于统计模型的方法和基于非负矩阵分解(NMF)的方法结合在线更新语音和噪声基的方法进行语音增强。与基于统计模型的方法相比,基于模板的方法对非平稳噪声具有更强的鲁棒性和更好的性能。然而,基于模板的方法依赖于先验信息。结合这两种方法可以避免两者的缺点。为了进一步提高性能,在估计语音存在概率(SPP)的帮助下,NMF方法同时适应语音和噪声基。在非平稳噪声环境下,该方法比基于统计的方法、基于NMF的方法以及两种方法的组合在不进行在线更新的情况下取得了更好的效果。
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