使用耳语语音识别说话人

N. P. Jawarkar, R. S. Holambe, T. Basu
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引用次数: 9

摘要

本文研究了基于耳语语音的闭集独立文本说话人识别方法。提出了一种基于时间缇格尔能量的子带倒谱系数(TTESBCC)新特征。本文比较了四种特征集的性能:Mel频率倒谱系数(MFCC)、子带倒谱系数时间能量(TESBCC)、加权瞬时频率(WIF)和TTESBCC。接下来,将三个分类器的输出组合起来,并将其性能与单个分类器的性能进行比较。说话人识别系统使用中性语音进行训练,并使用中性和耳语语音进行测试。实验使用了25位说话者的数据库,其中包含一种印度语言(马拉地语)在中性和耳语环境下的语音记录。采用高斯混合模型进行分类。我们观察到,当使用耳语语音进行测试时,说话人识别系统的性能急剧下降。分类器的融合提高了耳语和中性环境下说话人识别的准确率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Speaker Identification Using Whispered Speech
The study of closed set text-independent speaker identification using whisper speech is presented in this paper. A new feature called temporal Teager energy based sub band cepstral coefficients (TTESBCC) is proposed. The work presented compares the performance of four feature sets: Mel frequency cepstral coefficients (MFCC), temporal energy of sub band cepstral coefficients (TESBCC), weighted instantaneous frequency (WIF) and TTESBCC. Next, outputs of three classifiers are combined and its performance is compared with that of the individual classifiers. The speaker identification system is trained using neutral speech and tested using neutral and whisper speech. The database of twenty five speakers containing speech utterances recorded in one of the Indian languages (Marathi) in the neutral and whisper environments is used for experimentation. Gaussian mixture model is used for classification. It is observed that performance of the speaker identification system degrades drastically when tested using whisper speech utterances. Fusion of classifiers enhances the speaker identification accuracy in both whisper and neutral environment.
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