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An evaluation of rectilinear digital waveguide mesh in modelling branch tube for English nasal synthesis

机译:直线数字波导网格在鼻导管建模中的评价。

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This research presents the evaluation from applying a Two-Dimensional Rectilinear Digital Waveguide Mesh (2-D RDWM) to model the vocal and nasal tracts for synthesizing the three English nasal consonants /m/, / and Fiji. The rectilinear meshing represents the propagated pressure according to the cross-sectional area at each tract position. Nasal tract coupling is achieved by modifying the number of ports from four to five at the location of the velopharyngeal mesh junction to attach nasal tract mesh. The proposed system exhibits zeros from the branch tube (closed-end oral cavity) and also nasal frequencies from the nasal tract. Spectrograms of the acoustic output for synthesized nasals exhibit zeros and nasal tract resonant frequencies comparable to those found in synthesized and real speech. (C) 2017 Elsevier Ltd. All rights reserved.
机译:这项研究提出了通过应用二维直线数字波导网格(2-D RDWM)来建模人声和鼻道以合成三个英语鼻辅音/ m /,/ n /和斐济的评估。直线网格表示根据每个管道位置处的横截面积传播的压力。通过将在鼻咽网状连接处的端口数量从四个更改为五个,可以实现鼻道耦合。所提出的系统在分支管(闭端口腔)中显示零,并且在鼻道中显示出鼻频率。合成鼻腔的声音输出的频谱图显示的零和鼻腔共振频率与合成和真实语音中的频率相当。 (C)2017 Elsevier Ltd.保留所有权利。

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