基于人工神经网络的安全系统说话人验证

K. Vieira, Bogdan M. Wilamowski, R. Kubichek
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引用次数: 8

摘要

本文研究了可用于安全目的的自动说话人识别系统。语音信号采用线性预测分析压缩,神经网络识别。针对语音识别和说话人验证任务,提出了一种神经网络技术。这种技术首先使用模式识别来识别语音,然后用它来区分每个用户和所有其他说话者(冒名顶替者)。利用该方法,可以准确地将未知语音分类为用户语音或冒充语音。该方法基于以下步骤:提取光谱特征;初始神经网络识别语音的训练;提取每个用户的lpc反射系数,训练二级神经网络来识别用户;将未知语音分类为使用者或冒名顶替者。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Speaker verification for security systems using artificial neural networks
This paper investigates automatic speaker recognition systems, which can be used for security purposes. The speech signal is compressed using linear prediction analysis and recognized by neural networks. This neural network technique is presented for the task of speech recognition and speaker verification. This technique first uses pattern recognition to identify the speech, then it is used to distinguish each user from all other speakers (impostors). With this method, unknown speech can be accurately classified as user or impostor speech. The approach used is based on the following steps: extraction of spectral features; training of an initial neural network to identify the speech; extraction of LPC-reflection coefficients for each user, training of a secondary neural-network to identify the user; and classification of unknown speech as either user or impostor.
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