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A noise robust speech activity detection algorithm

机译:噪声鲁棒的语音活动检测算法

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摘要

This paper proposes an efficient and robust speech starting and end point detection method, which improve the performance for speech recognition in a noisy environment. The proposed method designs a series of speechon-speech classifiers for voice activity detection and robust end-point detection using an 'adaptive thresholding' algorithm. The proposed method uses multiple features of speech for robust speech detection under noisy conditions, especially in an automotive environment. The key advantages of this method are its simple implementation and its low computational complexity. The proposed algorithm is used for isolated word recognition in a discontinuous speech recognition system. The performance of the proposed algorithm is measured in a simulated noisy environment with speech wave files recorded under noisy conditions.
机译:本文提出了一种有效且鲁棒的语音起点和终点检测方法,该方法提高了在嘈杂环境中语音识别的性能。所提出的方法设计了一系列语音/非语音分类器,用于使用“自适应阈值”算法进行语音活动检测和鲁棒的端点检测。所提出的方法使用语音的多个特征来在嘈杂的条件下,尤其是在汽车环境中进行鲁棒的语音检测。该方法的主要优点是实现简单,计算复杂度低。该算法用于不连续语音识别系统中的孤立词识别。所提算法的性能是在模拟的嘈杂环境中通过在嘈杂条件下记录的语音波文件来测量的。

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