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Towards Vulnerability Analysis of Voice-Driven Interfaces and Countermeasures for Replay Attacks

机译:转向语音驱动界面的脆弱性分析及重播攻击的对策

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Fake audio detection is expected to become an important research area in the field of smart speakers such as Google Home, Amazon Echo and chatbots developed for these platforms. This paper presents replay attack vulnerability of voice-driven interfaces and proposes a countermeasure to detect replay attack on these platforms. This paper presents a novel framework to model replay attack distortion, and then use a non-learning-based method for replay attack detection on smart speakers. The reply attack distortion is modeled as a higher-order nonlinearity in the replay attack audio. Higher-order spectral analysis (HOSA) is used to capture characteristics distortions in the replay audio. Effectiveness of the proposed countermeasure scheme is evaluated on original speech as well as corresponding replayed recordings. The replay attack recordings are successfully injected into the Google Home device via Amazon Alexa using the drop-in conferencing feature.
机译:预计假音频检测将成为智能扬声器领域的重要研究区域,例如Google Home,Amazon Echo和Chatbots为这些平台开发。本文介绍了语音驱动界面的重播攻击漏洞,并提出了检测对这些平台的重播攻击的对策。本文提出了一种模拟重播攻击失真的新颖框架,然后使用基于非学习的方法来对智能扬声器进行重播攻击检测。回复攻击失真在重放攻击音频中被建模为更高阶非线性。高阶光谱分析(HOSA)用于捕获重放音频中的特征失真。拟议的对策方案的有效性在原始演讲和相应的重放录音中评估。使用下载会议功能,通过Amazon Alexa成功将重播攻击记录成功注入Google Home设备。

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