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Voice activity detection based on deep neural networks and Viterbi

机译:基于深神经网络和维特比的语音活动检测

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Voice Activity Detection (VAD) is important in speech processing. In the applications, the systems usually need to separate speech/non-speech parts, so that only the speech part can be dealt with. How to improve the performances of VAD in different noisy environments is an important issue in speech processing. Deep Neural network, which proves its efficiency in speech recognition, has been widely used in recent years. This paper studies the present typical VAD algorithms, and presents a new VAD algorithm based on deep neural networks and Viterbi algorithm. The result demonstrates the effectiveness of the deep neural network with Viterbi used in VAD. In addition, it shows the flexibility and the real-time performance of the algorithms.
机译:语音活动检测(VAD)在语音处理中很重要。 在应用程序中,系统通常需要分离语音/非语音部分,从而可以处理语音部分。 如何改善不同嘈杂环境中VAD的表现是语音处理中的一个重要问题。 近年来,深神经网络证明了其在语音识别中的效率。 本文研究了本发明的典型VAD算法,并提出了一种基于深神经网络和维特比算法的新VAD算法。 结果展示了深神经网络与VAD中使用的维特比的有效性。 此外,它显示了算法的灵活性和实时性能。

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