Speaker recognition based on SOINN and incremental learning Gaussian mixture model

Zelin Tang, S. Furao, Jinxi Zhao
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引用次数: 2

Abstract

Gaussian Mixture Models has been widely used in speaker recognition during the last decades. To deal with the dynamic growth of datasets, initial clustering problem and achieving the results of clustering effectively on incremental data, an incremental adaptation method called incremental learning Gaussian mixture model (IGMM) is proposed in this paper. It was applied to speaker recognition system based on Self Organization Incremental Learning Neural Network (SOINN) and improved EM algorithm. SOINN is a Neural Network which can reach a suitable mixture number and appropriate initial cluster for each model. First, the initial training is conducted by SOINN and EM algorithm only need a limited amount of data. Then, the model would adapt to the data available in each session to enrich itself incrementally and recursively. Experiments were taken on the 1st speech separation challenge database. The results show that IGMM outperforms GMM and classical Bayesian adaptation in most of the cases.
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基于SOINN和增量学习高斯混合模型的说话人识别
近几十年来,高斯混合模型在说话人识别中得到了广泛应用。为了解决数据集的动态增长、初始聚类问题以及在增量数据上实现有效聚类的结果,本文提出了一种增量适应方法——增量学习高斯混合模型(IGMM)。将其应用于基于自组织增量学习神经网络(SOINN)和改进的EM算法的说话人识别系统。SOINN是一种神经网络,可以为每个模型求得合适的混合数和合适的初始聚类。首先,初始训练由SOINN和EM算法进行,只需要有限的数据量。然后,模型将适应每个会话中可用的数据,以增量和递归方式丰富自己。在第一个语音分离挑战库上进行了实验。结果表明,IGMM在大多数情况下优于GMM和经典贝叶斯自适应。
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