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A Study on the Security Vulnerabilities of Fuzzy Vault Based on Photoplethysmogram

机译:基于光电体积描记图的模糊保险库安全漏洞研究

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摘要

Recently, various studies have been conducted on secret key generation and authentication using biosignals. PPG signals in biosignals are easy to measure, and signals generated from the inside of the body are difficult to leak. However, since the UWB radar can collect heart rate information, it is possible to measure the PPG signal remotely. Among the secret key sharing methods using PPG signals, the fuzzy vault method is vulnerable to correlation attack. Therefore, the predicted signal is generated using the Kalman filter of the leaked PPG signal, and unlock the vault using the generated predicted signal. In this paper, we generate a prediction signal from a PPG signal through a Kalman filter and use it to unlock the vault. Also discuss the considerations for using fuzzy vault safely.
机译:最近,已经进行了关于使用生物信号的密钥生成和认证的各种研究。生物信号中的PPG信号易于测量,并且从体内产生的信号也很难泄漏。但是,由于UWB雷达可以收集心率信息,因此可以远程测量PPG信号。在使用PPG信号的秘密密钥共享方法中,模糊库方法容易受到关联攻击。因此,使用泄漏的PPG信号的卡尔曼滤波器生成预测信号,并使用生成的预测信号对保险库进行解锁。在本文中,我们通过卡尔曼滤波器从PPG信号生成预测信号,并使用它来解锁保险库。还讨论安全使用模糊库的注意事项。

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