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A low power secure logic style to counteract differential power analysis attacks

机译:低功耗安全逻辑风格,可抵抗差分功耗分析攻击

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摘要

An energy efficient logic which is resistant to differential power analysis attacks is proposed in this paper. It is used to provide security to several encrypting devices like smart cards. The combination of dual-rail logic for security and adiabatic approach for low power, leads to the proposed energy efficient secure logic style. The advantage of the proposed logic over the existing secure logic styles is the reduction in power consumption which is achieved by adiabatic approach. Hspice tool is used to simulate these ideas and a substantial improvement in power consumption over the existing logic styles is observed while maintaining security.
机译:本文提出了一种能抵抗差分功率分析攻击的节能逻辑。它用于为多种加密设备(如智能卡)提供安全性。用于安全性的双轨逻辑和用于低功耗的绝热方法的结合,导致了所提出的节能安全逻辑样式。相对于现有的安全逻辑样式,所提出的逻辑的优点是通过绝热方法实现的功耗降低。 Hspice工具用于模拟这些想法,并且在保持安全性的同时,与现有逻辑样式相比,功耗得到了显着改善。

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