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首页> 外文期刊>Journal of Multimedia >Durational Evidence for Syllable Boundary of/ and /1/ in Text-to-Speech Synthesis
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Durational Evidence for Syllable Boundary of/ and /1/ in Text-to-Speech Synthesis

机译:语音合成中/ n /和/ 1 /音节边界的持续证据

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摘要

The Text-to-Speech (TTS) system does rely on syllable boundary information for segmental duration. However, ambisyllabic consonants always pose a problem to TTS because the system requires clear syllable boundaries to segment and concatenate. In order to provide a possible solution to this problem,/ and /l/ in V_LC_AV_R are chosen in this paper as the target to be examined whether their durations behave more like the syllabic onset or coda when comparing with the durational properties of / and /l/ both as onsets in CV and codas in VC. As the syllable boundaries, onset C shows much more sensitivity to stress than coda C while coda C shows more sensitivity to syllabic position than onset C. Moreover, C_A in V_LC_AV_R is also influenced by two variables of stress and position as C in CV and VC. The results show that the intervocalic C_A holds the properties of both the syllabic onset and coda, which states the possibility that intervocalic consonants should be considered as a rather independent concatenative unit in TTS synthesis.
机译:文本语音转换(TTS)系统的确在段持续时间内依赖音节边界信息。但是,由于系统需要清晰的音节边界来分割和连接,所以双音节辅音总是给TTS带来麻烦。为了提供对此问题的可能解决方案,在本文中选择V_LC_AV_R中的/ n /和/ l /作为要检查的目标,以与/的持续时间特性进行比较,它们的持续时间是否表现得更像音节开始或尾声。 n /和/ l /都作为CV中的发作和VC中的尾气发作。作为音节边界,起点C对音调的敏感性比尾声C高,而尾音C对音节位置的灵敏性比起点C高。而且,V_LC_AV_R中的C_A还受到两个应力和位置变量的影响,如CV和VC中的C 。结果表明,语音C_A同时具有音节起音和尾音的性质,这表明在TTS合成中语音辅音应被视为相当独立的连接单元的可能性。

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