| 摘要:（摘要内容经过系统自动伪原创处理以避免复制，下载原文正常，俄语论文网站，内容请直接查看目录。） 现存信息平安成绩曾经对我国的国度平安、经济平安、军事平安和社会平安组成了严重的作用和威逼,我国面对着信息平安的伟大挑衅。暗码算法的准确设计和完成是保证信息体系平安的焦点成绩。暗码算法是暗码模块平安之基石,深刻研究暗码模块,必须完全懂得暗码算法。暗码模块是供给暗码办事的焦点部件,是信息平安的包管。暗码模块对暗码算法的不准确完成将招致信息体系的不平安。暗码模块的研究,对现实任务具有很强的指点意义。任何一个国度的症结基本举措方法中弗成能引进或采取他人的暗码技巧,只能自立研发。俄罗斯暗码办事系统自力完全,保密性强,研究材料较少。论文较体系研究俄罗斯暗码办事系统,对剖析世界重要国度的暗码办事系统,及展开下一代暗码应用系统研究有很好的参考感化。特殊是对于我国自立研制暗码算法和开辟暗码模块具有主要参考价值。论文的重要任务以下(1)对GOST分组暗码停止了深刻的弗成能差分剖析,完成了对GOST的32轮完整剖析,个中其16轮剖析模子可用于对DES的完整剖析。(2)初次以中文论述了俄罗斯第二代数字签名算法的内容,并具体剖析总结了其改良的地方。(3)研究俄罗斯数据加密加密尺度(GOST 28147-89)、杂凑算法尺度(GOST R34.11-94)、数字签名尺度(GOST R 34.10-94、GOST R 34.10-2001)的详细算法内容,并比较其它同类尺度算法,对其机能和平安性停止了总结和评价。(4)研究支撑俄罗斯国度尺度暗码算法的主要基本暗码模块的功效信息及其用处,并总结其全体特色和对我国开辟自立暗码模块的启发。(5)综述俄罗斯联邦当局重要信息平安相干司法的内容、特色及其对我国信息平安立法的启发。(6)概述俄罗斯国度尺度暗码算法的国际尺度化过程。 Abstract: The existing information security issues have to our country peace, economic security, military security and social security threat and serious impact, our country facing the great challenge of information security. Complete and accurate design of cipher algorithm is to ensure that the focus of performance information system security. Cipher algorithm is the cornerstone of peace profound research module code, password module, must fully understand the cipher algorithm. A module is the focus part supply code to work, is to ensure the information security. A module of the cipher algorithm can accurately complete the information system will lead to peace. Study of password module, has great directive significance to practical tasks. The crux of the basic measures of a country in any measure cannot introduce or take others only code skills, independent research and development. A Russian independent and complete service system, strong confidentiality, less research materials. The system to discuss Russia password service system, to analysis of some of the world's most important country code service system and a password using the system research has very good reference effect. Special is on China's independent research and development module code cipher algorithm has the important reference value. Below the main task of this paper (1) the gost block cipher stopped profound Eph into differential analysis, completed the gost 32 rounds complete analysis, medium the round of 16 analysis model can be used for a complete analysis of the DES. (2) the first time in the Chinese discussed the Russian second generation digital signature algorithm, and detailed analysis and summarizes the improvements. (3) to discuss Russia data encryption encryption (gost 28147-89) scale, hash algorithm scales (gost R34.11-94) digital signature scale (gost R 34.10-94, gost R 34.10-2001) algorithm in detail, and compared with other similar scaling algorithm, of its function and the safety stop the summary and evaluation. (4) research support of Russian national standard cipher algorithm mainly basic password module efficacy information and use, and summarize all its features and to our country to develop own password module inspired. (5) review of the Russian federal authorities important information security content, characteristics and relevant laws of our country information security legislation enlightenment. (6) the international standardization process overview Russian national standard password algorithm. 目录: 目录 3-5 摘要 5-6 Abstract 6 第一章 绪论 7-10 1.1 探讨背景、近况与意义 7-8 1.2 论文探讨主要内容 8-9 1.3 论文结构 9-10 第二章 密码学基础知识 10-16 2.1 密码算法 10-14 2.1.1 对称密码算法 10-12 2.1.2 公钥密码算法 12 2.1.3 杂凑算法 12-13 2.1.4 数字签名算法 13 2.1.5 消息认证码算法 13 2.1.6 伪随机函数算法 13-14 2.2 密码模块 14-15 2.3 本章小结 15-16 第三章 俄罗斯国家标准密码算法探讨 16-31 3.1 数据加密标准GOST 28147-89算法 16-24 3.1.1 算法描述 16-17 3.1.2 算法评价 17 3.1.3 对GOST的不可能差分略论 17-24 3.2 杂凑算法标准GOST R 34.11-94算法 24-25 3.2.1 术语说明 24 3.2.2 密钥产生 24-25 3.2.3 加密 25 3.2.4 置换 25 3.2.5 迭代 25 3.3 数字签名标准COST R 34.10-94算法 25-26 3.3.1 GOST R 34.10-94参数的选取 25-26 3.3.2 GOST R 34.10-94签名产生 26 3.3.3 GOST R 34.10-94签名验证 26 3.3.4 GOST R 34.10-94评价 26 3.4 数字签名标准GOST R 34.10-2001算法 26-28 3.4.1 GOST R 34.10-2001参数的选取 27 3.4.2 GOST R 34.10-2001签名产生 27 3.4.3 GOST R 34.10-2001签名验证 27 3.4.4 作用GOST R 34.10-2001的安全因素 27-28 3.4.5 GOST R 34.10-2001评价 28 3.5 俄罗斯消息认证码MAC 28-29 3.6 俄罗斯伪随机函数PRF_GOST R 34-11 29 3.7 俄罗斯国家标准密码算法的国际标准化进程 29-30 3.8 本章小结 30-31 第四章 俄罗斯密码模块探讨 31-38 4.1 CryptoPro CSP 31 4.2 Domen-K 31-32 4.3 Message-PRO 32 4.4 Signal-COM CSP 32-33 4.5 Cryptosystem Agava 33 4.6 Cryptosystem Verba 33-34 4.7 Cryptosystem Ancud 34-35 4.8 俄罗斯密码模块对我国的启示 35-37 4.9 本章小结 37-38 第五章 俄罗斯信息安全法学法规概述 38-42 5.1 俄罗斯信息安全相关法学法规 38-40 5.2 俄罗斯信息安全立法对我国的启示 40-41 5.3 本章小结 41-42 第六章 总结与展望 42-44 6.1 论文所做工作总结 42 6.2 尚需进一步解决的问题 42-44 附录1 俄罗斯国家标准密码算法国际标准化进程 44-45 附录2 Crypton ArcMail Pro及Crypton Disk软件界面 45-47 致谢 47-48 参考文献 48-51 攻读学位期间的学术论文 51 攻读学位期间参与的探讨课题 51-52 |
