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INDIVIDUAL ARTICULATOR'S CONTRIBUTION TO PHONEME PRODUCTION

机译:个人清晰者对音素生产的贡献

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Speech sounds are the result of coordinated movements of individual articulators. Understanding each articulator's role in speech is fundamental not only for understanding how speech is produced, but also for optimizing speech assessments and treatments. In this paper, we studied the individual contributions of six articulators, tongue tip, tongue blade, tongue body front, tongue body back, upper lip, and lower lip to phoneme classification. A total of 3,838 vowel and consonant production samples were collected from eleven native English speakers. The results of speech movement classification using a support vector machine indicated that the tongue encoded significantly more information than lips, and that the tongue tip may be the most important single articulator among all of the six for phoneme production. Furthermore, our results suggested that the tracking of four articulators (i.e., tongue tip, tongue body back, upper lip, and lower lip) may be sufficient for distinguishing major English phonemes based on articulatory movements.
机译:讲话的声音是个别发音器官的协调运动的结果。在言语理解各发音器官的作用不仅对于理解怎么演生产,同时也为优化语音评估和治疗的基础。在本文中,我们研究了六个咬合架,舌尖,压舌板,舌体前,舌体背面,上唇和下唇音素分类个体贡献。共有3838个元音辅音和生产样品十个一个以英语为母语收集。使用支持矢量机讲话运动分类的结果表明,该舌编码比嘴唇显著的详细信息,并且该舌尖端可以是在所有的六个最重要的一个咬合架音素生产。此外,我们的结果表明,四个咬合架的跟踪(即,舌尖,舌体背面,上唇和下唇)可足以用于区分主要英语音素基于关节运动。

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