1) difference rate analysis
差率分析
2) DPA
差分功率分析
1.
The method of DPA may attack on encrypted FPGA effectively,which does not need complex analysis to encryption arithmetic and obtains ciphertext and information.
差分功率分析(DPA)方法可有效地对加密的集成电路芯片进行攻击解密,它绕过了加解密算法繁琐的数学分析,从而获取密码和信息。
3) Differential Power Spectral Density Analysis(DPSDA)
差分功率谱分析
1.
Differential Power Spectral Density Analysis(DPSDA) is a new kind of side channel attacks(SCA) approach.
介绍一种新的旁路攻击方式——差分功率谱分析攻击,阐明集成电路中CMOS逻辑门在工作时的数据功耗相关性,对比说明了差分功率谱分析与差分功耗分析过程,差分功率谱分析将采集的时域信号求其频域中的功率谱密度后再进行差分分析。
4) frequency difference analysis
频率差异分析
1.
Seismic response and frequency difference analysis of cavern-type reservoirs in carbonates in Tahe oilfield;
塔河碳酸盐岩溶洞油藏的地震响应及频率差异分析
6) differential cryptanalysis
差分分析
1.
In order to increase the speed of differential cryptanalysis, a differential cryptanalysis method was presented by making use of two round characteristics at the same time.
为提高差分密码分析的速度 ,提出了一种同时采用两个圈特征的差分分析方法 ,并以简化的 8圈DES为例 ,分别从小存储空间和大存储空间两种情况描述了该方法的具体实施过程 ,包括两种圈特征的选取以及该方法的性能分析 。
2.
In this paper,we point out some properties of the differential sequence, discuss the applications of differential cryptanalysis in sequence cipher attack and provide an attack sample.
给出了差分序列的若干性质,对差分分析方法在序列密码中的应用作了一些探讨,并给出了攻击实例。
3.
Based on the fundamental principle of differential cryptanalysis and corresponding relation between the iteration of chaotic system and the round of block cipher, two important concepts, namely the iterative differential distribution (IDD) and the differential-invalid exponent (DIE) are proposed, which are used in evaluating chaotic system s power of conteracting the differential cryptanalysis.
基于差分分析基本原理和混沌系统“迭代”与分组密码“轮”的对应关系,提出了迭代差分分布和差分失效指数的概念,用于评估混沌系统抗差分分析的能力。
补充资料：差率
1.徭役。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条