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Automatic height estimation using the second subglottal resonance

机译:使用第二声门下共振自动估计身高

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This paper presents an algorithm for automatically estimating speaker height. It is based on: (1) a recently-proposed model of the subglottal system that explains the inverse relation observed between subglottal resonances and height, and (2) an improved version of our previous algorithm for automatically estimating the second subglottal resonance (Sg2). The improved Sg2 estimation algorithm was trained and evaluated on recently-collected data from 30 and 20 adult speakers, respectively. Sg2 estimation error was found to reduce by 29%, on average, as compared to the previous algorithm. The height estimation algorithm, employing the inverse relation between Sg2 and height, was trained on data from the above-mentioned 50 adults. It was evaluated on 563 adult speakers in the TIMIT corpus, and the mean absolute height estimation error was found to be less than 5.6cm.
机译:本文提出了一种自动估计扬声器高度的算法。它基于:(1)最近提出的声门下系统模型,该模型解释了声门下共振与高度之间的反比关系,以及(2)我们先前算法的改进版本,用于自动估计第二声门下共振(Sg2) 。改进的Sg2估计算法分别根据30位和20位成人说话者最近收集的数据进行了训练和评估。与以前的算法相比,Sg2估计误差平均降低了29%。利用来自上述50位成年人的数据训练了高度估计算法,该算法采用Sg2与高度之间的反比关系。在TIMIT语料库中对563位成人演讲者进行了评估,发现平均绝对高度估计误差小于5.6cm。

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