Joint frame and Gaussian selection for text independent speaker verification

R. Saeidi, T. Kinnunen, Hamid Reza Mohammadi, R. Rodman, P. Fränti
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引用次数: 6

Abstract

Gaussian selection is a technique applied in the GMM-UBM framework to accelerate score calculation. We have recently introduced a novel Gaussian selection method known as sorted GMM (SGMM). SGMM uses scalar-indexing of the universal background model mean vectors to achieve fast search of the top-scoring Gaussians. In the present work we extend this method by using 2-dimensional indexing, which leads to simultaneous frame and Gaussian selection. Our results on the NIST 2002 speaker recognition evaluation corpus indicate that both the 1- and 2- dimensional SGMMs outperform frame decimation and temporal tracking of top-scoring Gaussians by a wide margin (in terms of Gaussian computations relative to GMM-UBM as baseline).
联合框架和高斯选择的文本独立说话人验证
高斯选择是在GMM-UBM框架中应用的一种加速分数计算的技术。我们最近介绍了一种新的高斯选择方法,称为排序GMM (SGMM)。SGMM使用通用背景模型均值向量的标量索引来实现对得分最高的高斯分布的快速搜索。在本工作中,我们通过使用二维索引扩展了该方法,从而导致同时帧和高斯选择。我们在NIST 2002说话人识别评估语料库上的结果表明,1维和2维SGMMs都比得分最高的高斯算法的帧抽取和时间跟踪表现要好得多(就高斯计算相对于ggm - ubm作为基线而言)。
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