将流密码转换为分组密码的新方法

Nitin Jain, S. Chauhan
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引用次数: 2

摘要

在当今的网络时代,当用户与另一方建立通信时,当用户想要在第三方面前共享一些机密文件或信息时,用户需要一些技术来保护第三方的数据。为了保护他们的数据,用户正在使用许多方法,并且这些方法的改进版本每天都在出现。与此同时,攻击者正在使用新的方法来破坏这些新的安全方法/技术。本文讨论了一种为发送方和接收方提供安全性以保护数据免受攻击者攻击的新方法。该方法将基本的5x5游戏公平流密码转换为分组密码。提出了一种两步对称密钥算法。第一步是26个字符的5x5矩阵,第二步是625个单词的(5x5)矩阵。为了将明文内容转换为密码内容,首先根据字符的位置查看第一个矩阵中的明文对,按照传统公平算法的所有规则替换第二个矩阵中的单词。最后,与其他算法进行了强度对比分析。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Novel Approach Transforming Stream Cipher to Block Cipher
In the current time of web, when user establish the communication with another party and user want to share some secrete documents or information in the presence of third party, user need some technique to secure the data from that third party. To protect their data, users are using many methods and day by day improved versions of these methods are coming. At the same time attackers are using new methods to break these new security methods/techniques. A novel approach of providing security to sender & receiver in protecting the data from attackers has been discussed in this article. The proposed approach converts the basic 5x5 play fair stream cipher into the block cipher. Proposed approach is a two-step symmetric key algorithm. First step takes traditional play fair 5x5 matrix of 26 characters and second step takes 25 matrix of (5x5) size having 625 words. So as to change plain content into cipher content first of all see the plain text pair in the first matrix according the position of these characters replace the words from the second matrix by following all rules of traditional play fair algorithm. At the end, a comparative analysis of strength of proposed algorithm has been done with other algorithms.
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