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A Bayesian Approach to Speaker Recognition Based on GMMs Using Multiple

机译:基于GMMS使用多个的贝叶斯识别扬声器识别方法

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This paper proposes a speaker recognition technique using multiple model structures based on the Bayesian approach. In recent speaker recognition, many sophisticated statistical models have been proposed, e.g., Joint Factor Analysis and i-Vector based method. However, since most of them are based on Gaussian Mixture Models (GMMs), therefore improving estimation accuracy of generative models, i.e. GMMs, with limited amount of training data is still an important problem in speaker recognition. For this purpose, a Bayesian approach which marginaljzes all possible model parameters has been applied to the GMM based speaker recognition. This paper extends it to the model structure marginalization. The proposed method can improve the estimation accuracy by integrating multiple GMMs with different numbers of mixtures within the Bayesian framework. Experimental results show that the proposed method improved the identification rates from the conventional method using a single model structure.
机译:本文提出了一种基于贝叶斯方法的多模型结构的扬声器识别技术。在最近的扬声器识别中,已经提出了许多复杂的统计模型,例如联合因子分析和基于I形向量的方法。然而,由于大多数基于高斯混合模型(GMMS),因此提高了生成模型的估计准确性,即GMM,培训数据有限仍然是扬声器识别中的一个重要问题。为此目的,Marginaljzes所有可能的模型参数的贝叶斯方法已应用于基于GMM的扬声器识别。本文将其扩展到模型结构边缘化。所提出的方法可以通过将多个GMM与贝叶斯框架内的不同数量的混合物集成来提高估计精度。实验结果表明,该方法采用单一模型结构改善了传统方法的识别率。

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