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Implementing a real-time capable WPLS testbed for independent performance and security analyses

机译:实施具有实时功能的WPLS测试平台以进行独立的性能和安全性分析

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As demonstrated recently, Wireless Physical Layer Security (WPLS) has the potential to offer substantial advantages for key management for small resource-constrained and, therefore, low-cost IoT-devices, e.g., the widely applied 8-bit MCU 8051. In this paper, we present a WPLS testbed implementation for independent performance and security evaluations. The testbed is based on off-the-shelf hardware and utilizes the IEEE 802.15.4 communication standard for key extraction and secret key rate estimation in real-time. The testbed can include generically multiple transceivers to simulate legitimate parties or eavesdropper. We believe with the testbed we provide a first step to make experimental-based WPLS research results comparable. As an example, we present evaluation results of several test cases we performed, while for further information we refer to https://pls.rub.de.
机译:如最近所证明的那样,无线物理层安全性(WPLS)可能为关键管理提供实质性的优势,以进行小型资源受限的低成本物联网设备(例如,广泛应用的8位MCU 8051)的密钥管理。在论文中,我们提出了用于独立性能和安全性评估的WPLS测试平台实施方案。该测试平台基于现成的硬件,并利用IEEE 802.15.4通信标准实时进行密钥提取和秘密密钥速率估计。该测试台通常可以包括多个收发器,以模拟合法方或窃听者。我们相信,通过测试平台,我们可以提供第一步,以使基于实验的WPLS研究结果具有可比性。例如,我们介绍了我们执行的几个测试用例的评估结果,有关更多信息,请访问https://pls.rub.de。

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