通过倒频谱去噪在混响空间中恢复源波形

M. Tohyama, R. Lyon, T. Koike
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引用次数: 23

摘要

利用最小相位复倒谱进行盲去噪,可以恢复源波形的最小相位分量。这种恢复过程对于传递函数(tf)的变化具有鲁棒性,因为对tf变化高度敏感的响应的全通分量可以忽略不计。但是,如果需要源事件的定时,仍然有必要保留全部通过的信息。混响语音信号的去混响需要全通元件来保持音高信息
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Source waveform recovery in a reverberant space by cepstrum dereverberation
The minimum-phase components of source waveforms can be recovered by blind dereverberation using the minimum-phase complex cepstrum. This recovery process is robust for changes in the transfer functions (TFs), since the all-pass components of the responses that are highly sensitive to changes in the TFs can be disregarded. Yet it is still necessary to keep all-pass information if the timing of the source event is required. Dereverberation of reverberant speech signals requires the all-pass components to keep the pitch information.<>
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