首页> 外文会议>6th International Conference on Spoken Language Processing ICSLP 2000 Oct.16-Oct.20 2000 Beijing International Convention Center, Beijing, China >Performance Comparison among HMM, DTW, and Human Abilities in Terms of Identifying Stress Patterns of Word Utterances
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Performance Comparison among HMM, DTW, and Human Abilities in Terms of Identifying Stress Patterns of Word Utterances

机译:HMM,DTW和人类能力在识别单词话语重音模式方面的性能比较

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We have been focusing on applying speech technologies to pronunciation learning. In our previous study [1], a stressed syllable detector was implemented by using stressed syllable HMMs and unstressed oens. And using the detector internally, several systemswere implemented [2]. However, their development did not necessarily require the use of HMMs as an acoustic modeling method. In this paper, an HMM-based method, a DTW-based method, and a human strategy only iwth visual inspection were compared in terms of their performance in judging whether two utterances of a word have the same stress pattern, e.g. record and record. Here, one utterance was given by a Japanese learner and the other one was done by a native speaker. Experiments showed that HMMs gave us the higher performance than DTW and even human strategies. This result strongly supports the use of HMMs as an acoustic modeling method in the stressed syllable detector development.
机译:我们一直专注于将语音技术应用于发音学习。在我们以前的研究[1]中,通过使用压力的音节HMM和未经用的oens来实现压力的音节探测器。并在内部使用探测器,几个系统实现了[2]。然而,他们的发展并不一定需要使用HMM作为声学建模方法。在本文中,在判断单词的两个话语是否具有相同的应力模式方面,将基于HMM的方法,基于DTW的方法和人类策略进行了比较了IWTH目视检查。记录和记录。在这里,一个话语由日本学习者给出,另一个话语是由母语者完成的。实验表明,HMMS向我们提供了比DTW甚至人类策略更高的性能。该结果强烈支持HMMS在压力音节探测器开发中使用作为声学建模方法。

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