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Connectionist Transformation Network Features for Speaker Recognition

机译:连接器转换网络功能,用于说话人识别

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Alternative approaches to conventional short-term cepstral modelling of speaker characteristics have been proposed and successfully incorporated to current state-of-the art systems for speaker recognition. Particularly, the use of adaptation transforms employed in speech recognition systems as features for speaker recognition is one of the most appealing recent proposals. In this paper, we also explore the use of adaptation transform based features for speaker recognition. However, we consider transformation weights derived from adaptation techniques applied to the Multi Layer Perceptrons that form a connectionist speech recognizer, instead of using transforms of Gaussian models. Modelling of the high-dimensionality vectors extracted from the transforms is done with support vector machines (SVM). The proposed method —named Transformation Network features with SVM modelling (TN-SVM)- is assessed and compared to GMM-UBM and Gaussian Super vector systems on a sub-set of NIST SRE 2008. The proposed technique shows promising results and permits further improvements when it is combined with baseline systems.
机译:已经提出了对说话人特征的常规短期倒谱建模的替代方法,并将其成功地并入了用于说话人识别的当前技术水平的系统中。特别地,在语音识别系统中采用的自适应变换作为说话人识别的特征的使用是最近最吸引人的提议之一。在本文中,我们还探索了基于自适应变换的特征在说话人识别中的使用。但是,我们考虑的是从应用于连接器语音识别器的多层感知器的自适应技术获得的变换权重,而不是使用高斯模型的变换。使用支持向量机(SVM)对从变换中提取的高维向量进行建模。在NIST SRE 2008的子集上,对提出的方法-命名为具有SVM建模的转换网络特征(TN-SVM)的方法进行了评估,并将其与GMM-UBM和高斯超向量系统进行了比较。与基准系统结合使用时。

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