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User Authentication via PRNU-Based Physical Unclonable Functions

机译:通过基于PRNU的物理不可克隆功能进行用户身份验证

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Multifactor user authentication systems enhance security by augmenting passwords with the verification of additional pieces of information such as the possession of a particular device. This paper presents an innovative user authentication scheme that verifies the possession of one’s smartphone by uniquely identifying its camera. High-frequency components of the photo-response nonuniformity of the optical sensor are extracted from raw images and used as a weak physical unclonable function. A novel scheme for efficient transmission and server-side verification is also designed based on adaptive random projections and on an innovative fuzzy extractor using polar codes. The security of the system is thoroughly analyzed under different attack scenarios both theoretically and experimentally.
机译:多因素用户身份验证系统通过验证其他信息(例如,拥有特定设备)来增加密码来增强安全性。本文提出了一种创新的用户身份验证方案,该方案可通过唯一标识其相机来验证其智能手机的所有权。从原始图像中提取光学传感器的光响应不均匀性的高频分量,并将其用作弱的物理不可克隆函数。还基于自适应随机投影和使用极性码的创新模糊提取器,设计了一种用于高效传输和服务器端验证的新颖方案。从理论上和实验上全面分析了在不同攻击场景下系统的安全性。

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