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A spatial notch filtering approach for improving frequency domain complex BSS of audio signals

机译:用于改善音频信号的频域复数BSS的空间陷波滤波方法

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摘要

In this article the previously proposed notch filtering approach for localization of brain signal sources is extended and combined with complex frequency domain BSS to simultaneously localise and separate the audio sources. Unlike many other methods for solving the permutation problem meant for speech signals (due to continuity of spectrum for adjacent frequency bins) the method here can be applied to all types of audio sources. Significant improvement over the results of previously developed techniques using combined BSS and beamforming has been achieved and the comparison results illustrated.
机译:在本文中,先前提出的用于脑信号源定位的陷波滤波方法得到了扩展,并与复杂的频域BSS相结合,可以同时定位和分离音频源。与解决用于语音信号的置换问题的许多其他方法(由于相邻频段的频谱连续性)不同,此处的方法可以应用于所有类型的音频源。已经实现了对先前结合BSS和波束成形技术的开发成果的重大改进,并给出了比较结果。

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