比较了ECC与经典公钥密码体系间的优劣；
The ECC and classical public key cryptogram system are compared.
在经典单表密码、多表密码的基础上，提出了一种新的多表密码体系。
This paper introduces a novel algorithm based on the classical monoalphabetic and polyalphabetic substitutions.
笔者现已成功地设计了1024位循环式加法器，并应用到RSA密码体系的硬件电路中，得到了较好的效果。
The authors have succeeded in devising a1024bit circular adder and it has been used in the circuit of RSA cryptosystem with a good effect.
本文详细的陈述了安全电子邮件的各项技术，并对当前主流基于证书公钥密码体系的安全电子邮件系统进行分析，并引入了基于身份的密码系统。
This paper states all kinds of technologies on secure Email, analyses current popular secure Email system built on certificate-based public key architecture and introduces identity-based cryptosystem.
尽管密码专家根据其在Abe books上的书页，成功的破译了其文字编译体系，但仍无法解释这些文字的含义。
The language has also proven to be indecipherable, though according to its page on Abe Books, cryptologists have managed to decipher the numbering system.
Go-ForIt.com的体系架构设计师是工程管理员，他／她使用SetuponeuserIDforalldevelopers建立用户标识JoeGeneric和其密码。
The architect of Go-ForIt.com was the project administrator, and set up user ID JoeGeneric and its password using Set up one user ID for all developers.
表遗传体系包括DNA甲基化、RNA干涉、基因组印迹和组蛋白密码等多方面。
The system of Epigenetics includes DNA methylation, RNA-interfering, genome imprinting and histone code and so on.
密码算法的安全、准确和快速的实现决定了信息安全体系的安全性和实用性。
Speed, precision and security of the related algorithms altogether determine the efficiency and safety of the information system.
本文分析了常用对称密码算法DES、3des和AES的可重构性，利用流水线、并行处理和可重构技术，提出了一种可重构体系结构。
In this paper, based on the analysis about the reconfiguration of the DES, 3des and AES, we propose a reconfigurable architecture, which combines reconfiguration technology with pipeline, par.
现代密码学认为，任何加密体系的加密和解密算法都可以公开，其安全性在于密钥的保密性。
It is believed that in modern cryptography, any algorithm of encryption and decryption in cryptographical systems could be public, and the security should rely on the secure key.
为此，须要研讨和剖析现有密码算法，并从中选择较适合的密码算法用于实际的信息传输应用体系。
Therefore, it is necessary to study and analyze some cryptogrammic arithmetics and select appropriate ones to apply in the practical information system.
对开放性互联网络的网络安全进行了介绍，对公钥密码体制和OSI的网络安全体系结构进行了详细的分析，并找出存在问题及解决方法。
This paper introduces the security of interconnection network. The open cipher and OSI network security structure are analysed. The existing problems are discussed and solved.
自公钥密码学诞生以来，公钥体系密钥管理的研究和探讨就一直是信息安全领域的重要研究热点之一。
Since public key cryptography is invented, the research of key management for public key system has been become one of the hotspots of information security.
现代密码学认为，任何加密体系的加密和解密算法都可以公开，其安全性在于密钥的安全性。
In modern cryptography, it is believed that any algorithm of encryption and decryption in cryptographical systems can be open, their safety depends on key security.
它很小巧，但是对于体系管理者和觉得需要快速创建独特的安全密码的人而言它会是非常有用的。
RandomPasswordGenerator helps you protect your confidental data by creating secure passwords. It is highly customizable and creates always unique passwords for securing your data!
它很小巧，但是对于体系管理者和觉得需要快速创建独特的安全密码的人而言它会是非常有用的。
RandomPasswordGenerator helps you protect your confidental data by creating secure passwords. It is highly customizable and creates always unique passwords for securing your data!
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