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1·The phasor transformation and its applications in the AC power analysis are introduced in this paper.

本文介绍了相量变换原理及其在正弦电路功率分析中的应用。

2·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)。

3·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。

4·The non-algorithmic power analysis resistant approaches are universal and don't increase computing complexity.

非算法的功耗分析抵抗方法具有通用、不增加运算复杂度的优点。

5·The calculate result proves that the ANSYS program is an effective calculation tool for wave load and power analysis.

计算实例说明ANSYS的动力模块程序是计算波浪载荷，进行动力分析的有效工具。

6·The network physical constraints pose very specific problems to market power analysis in the oligopoly electricity markets.

电力传输网络的物理约束对寡头竞争性电力市场中发电商市场力行为的研究提出了特殊问题。

7·The simulation software conducts the power analysis of cryptographic algorithm IP core which is described by hardware language.

该软件完成对硬件描述语言实现的密码算法IP核进行功耗分析。

8·To be more secure, crypto-chips should be protected against simple power analysis attack and differential power analysis attack.

为进一步提高密码芯片的安全性，密码芯片必须防止简单能量分析和差分能量分析的攻击。

9·The power analysis attack is simple and has a high successful rate, is becoming one of the most effective side channel attacking methods.

由于功耗分析实现简单，成功率高等优点，成为最具威胁的旁路攻击方法之一。

10·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。