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An Improved DPA Countermeasure Based on Uniform Distribution Random Power Generator for IoT Applications

机译:基于均匀分布随机发电机的物联网应用改进DPA对策。

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摘要

In order to secure the communication in Internet of Things era, a low overhead power analysis countermeasure called uniform distribution random power generator is proposed for stream ciphers. To alter the power signature of protected circuit, ring oscillators, which act as unit power generators, are grouped in a systematic approach to generate additional power with uniform probability distribution. Experiments from the proposed evaluation framework demonstrate that the secret key of unprotected device can be disclosed within 10 power traces with standard differential power analysis attack, whereas the same attack mounted on the proposed scheme cannot be disclosed even after 10 measurements. Moreover, the area and the power overhead are reduced by at least 29% and 22% compared with the state-of-the-art works, respectively.
机译:为了保证物联网时代的通信安全,针对流密码提出了一种低开销的功率分析对策,称为统一分布随机功率发生器。为了更改受保护电路的功率特征,将作为单元发电机的环形振荡器按系统方式进行分组,以产生具有均匀概率分布的附加功率。提出的评估框架的实验表明,可以使用标准差分功率分析攻击在10条功率迹线内公开未受保护设备的秘密密钥,而即使经过10次测量,也无法公开提出在方案上的相同攻击。此外,与最新技术相比,面积和功率开销分别减少了至少29%和22%。

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