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The Performance Comparison between Backpropagation and Extended Incremental Network Model on Speaker Verification

机译:扬声器验证对BackProjagation和扩展增量网络模型的性能比较

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In this paper we use a neural network algorithm for speaker verification. A scheme for finding a solution to problems of incremental learning algorithm is used when the structure becomes complex and noise patterns are shown in the learning data set. Our approach for this problem uses a pruning method that will terminate the learning process with a predefined criterion. We compare the performance of Backpropagation and extended incremental network model learning algorithms on speaker verification. The network is retrained using Backpropagation to show the effectiveness of the pruning method. The incremental network model with Fisher's linear discriminant function demonstrates its superiority for speaker verification than backpropagation.
机译:在本文中,我们使用神经网络算法进行扬声器验证。当结构变得复杂并且在学习数据集中示出了噪声模式时,使用用于查找增量学习算法问题的方案。我们对此问题的方法使用修剪方法,该方法将以预定义的标准终止学习过程。我们比较讲话者验证的BackProjagation和扩展增量网络模型学习算法的性能。使用BROWPROPAGAGAGAGROVAGAGAGAGAGAGAGROM来培训网络以显示修剪方法的有效性。具有Fisher的线性判别函数的增量网络模型表明其优于扬声器验证的优势而不是BackProjagation。

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