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Enhanced Speaker Verification Using GMM-Supervector Based Modified Adaptive GMM Training

机译:使用基于GMM监控的修改的自适应GMM培训增强了扬声器验证

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In this paper, an enhanced speaker verification is proposed by exploring a novel modified adaptive Gaussian mixture model (GMM) training. Based weight factor of observation called the observation reliability; we propose to apply a modified Expectation maximization (EM) algorithm, combined with a modified Maximum a posteriori (MAP) estimation to train the modified adaptive GMM model. Using this proposed model, we generate GMM-supervectors which are combined with SVM for verification task. We evaluate performance of speaker verification system based the proposed approaches on utterances from Korean movie database ("You came from the stars"). Experimental results demonstrate that our proposed approaches can outperform the standard GMM-UBM and GMM-supervector approaches in noise conditions.
机译:在本文中,通过探索新型修改的自适应高斯混合模型(GMM)培训提出了增强的扬声器验证。基于重量因子的观察因子称为观察可靠性;我们建议应用修改的期望最大化(EM)算法,与修改的最大后验(MAP)估计相结合,以训练修改的自适应GMM模型。使用此提出的模型,我们会生成GMM调控,与SVM组合进行验证任务。我们评估扬声器验证系统的表现,以韩国电影数据库的话语方法(“您来自星星”)。实验结果表明,我们的提出方法可以优于标准的GMM-UBM和GMM监察器在噪声条件下的方法。

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