Voice-Assistant Liveness Analysis

Shilpa De, Vishwas Kumar, R. Reddy
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Abstract

Deep learning is becoming a mainstream technology for speech recognition as well as face recognition at an industrial scale. The ability of devices to respond to spoken commands is basically speech recognition. The main objective of building a voice assistant is using semantic data sources available on the web providing knowledge to the users from the knowledge database. For the security purpose of the voice-triggered device, liveness analysis is required. The objective of this paper is to prevent spoofing attacks on voice assistant devices by introducing a liveness analysis of genuine faces. Different classification algorithms are used for face recognition purposes. Finally, the performance analysis of different classification models is made.
语音助手动态分析
深度学习正在成为语音识别和人脸识别在工业规模上的主流技术。设备响应语音命令的能力基本上是语音识别。构建语音助手的主要目标是利用网络上可用的语义数据源,从知识库中向用户提供知识。为了保证语音触发设备的安全性,需要进行动态分析。本文的目的是通过引入真实面孔的活体分析来防止对语音助理设备的欺骗攻击。不同的分类算法用于人脸识别目的。最后,对不同的分类模型进行了性能分析。
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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