UltraSpeech: Speech Enhancement by Interaction between Ultrasound and Speech

H. Ding, Yizhan Wang, Hao Li, Cui Zhao, Ge Wang, Wei Xi, Jizhong Zhao
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引用次数: 1

Abstract

Speech enhancement can bene � t lots of practical voice-based interaction applications, where the goal is to generate clean speech from noisy ambient conditions. This paper presents a practical design, namely UltraSpeech, to enhance speech by exploring the correlation between the ultrasound (pro � led articulatory gestures) and speech. UltraSpeech uses a commodity smartphone to emit the ultrasound and collect the composed acoustic signal for analysis. We design a complex masking framework to deal with complex-valued spectrograms, incorporating the magnitude and phase recti � cation of speech simultaneously. We further introduce an interaction module to share information between ultrasound and speech two branches and thus enhance their discrimination capabilities. Extensive experiments demonstrate that UltraSpeech increases the Scale Invariant SDR by 12dB, improves the speech intelligibility and quality e � ectively, and is capable to generalize to unknown speakers.
超声语音:通过超声和语音的相互作用来增强语音
语音增强可以使许多实际的基于语音的交互应用受益,这些应用的目标是在嘈杂的环境条件下生成干净的语音。本文提出了一种实用的设计,即UltraSpeech,通过探索超声波(辅助发音手势)与语音之间的相关性来增强语音。UltraSpeech使用商用智能手机发射超声波并收集合成的声信号进行分析。我们设计了一个复杂的掩蔽框架来处理复杂值的频谱图,同时结合语音的幅度和相位校正。我们进一步引入交互模块,在超声和语音两个分支之间共享信息,从而提高它们的识别能力。大量的实验表明,UltraSpeech将尺度不变SDR提高了12dB,有效地提高了语音的清晰度和质量,并且能够泛化到未知的说话者。
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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