分析攻击的多个方面。
因此，设计对抗这种恶意流量分析攻击的措施是重要的。
It is, therefore, important to design countermeasures against such malicious traffic analysis.
在全面分析攻击方案的基础上，构造了一种增强的代理多重签名方案。
Based on the analysis of attack scheme, an improved proxy multi-signature scheme was proposed.
让我们研究一些方案，分析攻击者如何发起攻击以及如何停止或预防他们。
Let's take a look at a few scenarios and examine how attackers launch their attacks and how they might be stopped or prevented.
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。
The random order execution which used in cryptographic ICs is a kind of few redundancy and low power countermeasures against power analysis attacks.
常用的加密、签名技术仅可以保障通信内容本身的秘密性，不能抵抗流量分析攻击。
Commonly used encryption and signature technology can only protect their communications secrets, but can not resist flow attacks.
使用高阶差分状态序列，增强了系统因果强度，加强了抵抗身份欺骗和差分分析攻击的能力。
By using the high order differential state sequence, the casuality of the system and the capability of resistance to identity deception and differential attacks is enhanced.
此方法不仅能够有效地分析和描述攻击的本质特征，还能分析攻击的过程，具有广泛的适用性。
This method can not only effectively analyze and describe the essence characteristics of attack, but also can analyze attack process, thus it has extensive applicability.
该技术所建立的匿名连接可以有效的防止监听和通信量分析攻击，不暴露通信者的身份信息以及通信的内容。
It provides anonymous connections which prevent both eavesdropping and traffic analysis from revealing the identifying information of the correspondent and the content of the communication.
在捕食和附加食物交互作用条件下，测定根田鼠种群攻击水平与种群参数之间的关系，应用对策论分析攻击行为的模式。
The demographic implications and strategy of aggressive behavior of root voles under different food, predation treatments were analyzed by using statistical methods and game theory models.
匿名通信可以有效地隐藏发送者或接收者的身份以及通信双方之间的关联关系，以抵抗流量分析攻击，保护用户的隐私。
Anonymous communications can hide the sender, the recipient, and their relation of them, thus can resist the flow attack and protect the privacy of users.
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。
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.
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