Spoken term detection from noisy input

G. Gosztolya, György Kovács, L. Tóth
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Abstract

The aim of the spoken term detection task is to find the occurrence of user-entered keywords in an archive of audio recordings. The kind of techniques that are used usually are vocabulary-independent, using only the acoustic information available. In this scenario, however, we rely exclusively on the acoustic model, which is a drawback when it is unreliable; for example when the input is noisy. In this paper we investigate the possible accuracy of spoken term detection when the recordings were obtained using small-capacity, portable devices (wireless sensors) that have a quite low-quality microphone. The accuracy scores show, however, that despite the high amount of noise in the input recordings, our spoken term detection method can still produce an acceptable level of accuracy.
从噪声输入中检测语音词
口语词检测任务的目的是在录音档案中查找用户输入的关键字的出现情况。使用的这种技术通常与词汇无关,只使用可用的声学信息。然而,在这种情况下,我们完全依赖声学模型,当它不可靠时,这是一个缺点;例如当输入有噪声时。在本文中,我们研究了当录音使用具有相当低质量麦克风的小容量便携式设备(无线传感器)获得时,语音术语检测的可能准确性。然而,准确度分数表明,尽管输入记录中存在大量噪声,我们的口语术语检测方法仍然可以产生可接受的准确度水平。
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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