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Robustness of forensic speaker verification systems based on Alize/Lia_Ral toolkit

机译:基于Alize / Lia_Ral工具包的法医说话者验证系统的稳健性

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This paper presents the performance analysis of Alize/Lia_Ral algorithms in forensic speaker verification applications. In particular, in this work we evaluate the performance impact of speech signal degradation considering the background noise level, speech rate variation, audio signal length used for testing, GSM radio channel, etc. The Alize/Lia_Ral platform has demonstrated a strong dependence on the ambient noise and a slight dependence on Lombard effect, bandwidth reduction, length of the audio signal, and changes in speech rate.
机译:本文介绍了Alize / Lia_Ral算法在法医说话人验证应用中的性能分析。特别是,在这项工作中,我们考虑了背景噪声水平,语速变化,用于测试的音频信号长度,GSM无线电信道等,评估了语音信号质量下降对性能的影响。环境噪声以及对Lombard效应的轻微依赖,带宽减少,音频信号的长度以及语音速率的变化。

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