On combining HMM-based speaker verification classifiers

D. Impedovo, G. Pirlo
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Abstract

In this paper a voice biometric system for secure human computer interaction is considered. The proposed approach uses multi resolution HMM-based classifiers combined both at model- and decision-level. The different resolution representations of the speaker are obtained by considering multiple frame lengths in the feature extraction phase and from these representations a single Pseudo-Multi Parallel Branch (PMPB) Hidden Markov Model is obtained (model-level fusion). In the verification process, multiple P-MPB based classifiers are inputted with different resolution representations of the speech signal: the final decision is obtained by means of different combination techniques (decision-level fusion).
结合基于hmm的说话人验证分类器的研究
本文研究了一种用于安全人机交互的语音生物识别系统。该方法在模型级和决策级结合使用基于hmm的多分辨率分类器。在特征提取阶段,通过考虑多个帧长度获得不同分辨率的说话人表示,并从这些表示中获得单个伪多并行分支(PMPB)隐马尔可夫模型(模型级融合)。在验证过程中,输入多个基于P-MPB的分类器,这些分类器具有语音信号的不同分辨率表示,通过不同的组合技术(决策级融合)获得最终决策。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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