The random order execution which used in cryptographic ICs is a kind of few redundancy and low power countermeasures against power analysis attacks.
乱序执行是密码芯片设计中一种低冗余、低功耗的抵抗功耗分析攻击的方法。
This scheme only need execute one times public key Authentication, so that reduced the computation, furthermore, its security was better in power analysis attacks.
为了克服这些问题，结合目前的抗功耗加密算法设计和哈希签名方案，文中提出了抗功耗攻击的快速哈希签名方案。
This paper introduces attacks about Simple Power Analysis (SPA) and Differential Power Analysis (DPA).
本文主要介绍攻击智能卡的简易功率分析(SPA)，微分功率分析(DPA)。
Then we discussed principle and implement of statistical power attacks, presenting measurable analysis and experiment result.
讨论了统计功耗攻击的原理和实现，并给出了定量的分析和实验结果。
Side Channel Attacks could be divided into three branches: time analysis, power analysis and fault analysis.
旁道攻击分为三类：时间分析，功耗分析和故障分析。
In some detail, the paper expounds the principle about simple power analysis (SPA) attacks against the general cryptography and a particular theory against data encryption standard (DES) algorithm.
详细地阐述了对通用密码系统实施简易功耗分析攻击(SPA)的理论基础和对DES算法攻击的特定理论，并提出了对SPA的改进算法。
In some detail, the paper expounds the principle about simple power analysis (SPA) attacks against the general cryptography and a particular theory against data encryption standard (DES) algorithm.
详细地阐述了对通用密码系统实施简易功耗分析攻击(SPA)的理论基础和对DES算法攻击的特定理论，并提出了对SPA的改进算法。
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