Voice Based Authentication Using Mel-Frequency Cepstral Coefficients and Gaussian Mixture Model

D. Pawade, Avani M. Sakhapara, Rujuta Ashtekar, Diya Bakhai, Shruti Tyagi
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Abstract

Voice operated devices are becoming popular nowadays. For this it is necessary that voice authentication is secure. In this paper, we address some known attacks like replay, personification and attacks using AI voice bots and limitations like text and language dependency of human voice authentication systems. We have also developed an interactive system to tackle these problems. The system verifies the user by performing voice matching as well as on an intellectual level by asking questions which only humans are able to answer and not any AI bot. In the system, an average user requires around 35 seconds for registration and around 25 seconds for authentication. The system's accuracy comes out to be 97.8% for English speakers and 95% for Hindi speakers.
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基于mel频率倒谱系数和高斯混合模型的语音认证
现在语音操作设备越来越流行。为此,语音认证必须是安全的。在本文中,我们解决了一些已知的攻击,如重播,人格化和使用人工智能语音机器人的攻击,以及人类语音认证系统的文本和语言依赖等限制。我们还开发了一个互动系统来解决这些问题。该系统通过语音匹配来验证用户,并在智力层面上提出只有人类才能回答的问题,而不是任何人工智能机器人。在系统中,普通用户注册大约需要35秒,身份验证大约需要25秒。该系统对英语使用者的准确率为97.8%,对印地语使用者的准确率为95%。
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