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A Lightweight Detection of the RFID Unauthorized Reading Using RF Scanners

机译:使用射频扫描仪进行RFID未经授权读数的轻量级检测

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Many RFID tags store valuable information that can easily be subject to unauthorized reading, leading to system security and privacy risks. The detection methods existed are not only complex and impractical, but also unable to extract more information about the abnormal signal. In this paper, we propose a lightweight detection approach for the unauthorized reading without affecting the operation of RFID systems. Such an approach contains three parts: RF signal scanner, signalevent model construction and abnormal feature extraction. In particular, we design and implement a RF scanner to acquire RF signals and measure RSSI values. After that, we build a signal-event model to analyze how the RSSI value is related to the RFID event. The detection of unauthorized reading is to investigate the deviation of observed RSSI values from their expected values. Finally, we extract and separate abnormal RSSI values to estimate the risk of unauthorized reading. The primary experimental results show that our approach can achieve high prediction accuracy in detecting unauthorized reading and make better performance in extracting abnormal features.
机译:许多RFID标签存储有价值的信息,可以轻松受到未经授权的阅读,从而导致系统安全和隐私风险。存在的检测方法不仅复杂且不切实成,而且也无法提取有关异常信号的更多信息。在本文中,我们提出了一种在不影响RFID系统的操作的情况下为未经授权的读数提出轻量级检测方法。这种方法包含三个部分:RF信号扫描仪,SignalEvent模型构造和异常特征提取。特别地,我们设计并实现RF扫描仪以获取RF信号并测量RSSI值。之后,我们构建信号事件模型以分析RSSI值与RFID事件有关。检测未经授权的读数是研究观察到的RSSI值与预期值的偏差。最后,我们提取并分离异常的RSSI值以估计未经授权的阅读风险。主要实验结果表明,我们的方法可以在检测未经授权的读数中实现高预测准确性,并在提取异常特征方面做出更好的性能。

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