自动检测麦克风处理噪音

P. Kendrick, T. Cox, Francis F. Li, B. Fazenda, Iain Jackson
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引用次数: 1

摘要

麦克风处理噪声是用户生成内容的常见问题。当操作员无意中敲开或刷掉录音设备时,就会发生这种情况。处理噪音可能是脉冲的,当麦克风被敲打时,或者是更持久的摩擦噪音,当麦克风被刷到什么东西上时。一种能够在记录语音、音乐或日常声音时准确检测到摩擦引起的处理噪声的检测器已经被开发出来。对决策树集合进行训练,对23毫秒帧内的处理噪声水平进行分类;当噪声可能被前景音频掩盖时,第二个集合标记帧。对超过1 s的检测进行汇总,得出马修斯相关系数为0.91。
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Automatic detection of microphone handling noise
Microphone handling noise is a common problem with user-generated content. It can occur when the operator inadvertently knocks or brushes a recording device. Handling noise may be impulsive, where a microphone is knocked, or a more sustained rubbing noise, when the microphone is brushed against something. A detector able to accurately detect handling noises caused by rubbing while recording speech, music or quotidian sounds has been developed. Ensembles of decision trees were trained to classify handling noise level over 23 ms frames; a second ensemble flags frames when the noise may be masked by foreground audio. Aggregation of the detection over 1 s yielded a Matthews correlation coefficient of 0.91.
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