用python编写的单模矩阵和伯努利映射上的文本加密算法

S. Arifin, I. Muktyas, P. W. Prasetyo, Abdul Azis Abdillah
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引用次数: 4

摘要

其中一种加密算法是希尔密码。希尔密码法中的平方密钥矩阵必须有一个逆模。非模矩阵是少数必须有逆矩阵的矩阵之一。在加密过程中,可以使用非模矩阵作为密钥。本研究旨在证明有另一种方法来保护短信数据。对称密码学是使用的加密类型。一个伯努利映射被用来创建一个非模矩阵。首先,研究人员使用一个单位矩阵来生成一个非模矩阵。(0,1)中实数的伯努利映射序列被转换为0到255之间的整数。然后将这些数字插入到非模矩阵的顶部三角项中。为了获得完整矩阵作为关键,研究人员使用初等行运算。然后使用模矩阵乘法对数据进行加密。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Unimodular matrix and bernoulli map on text encryption algorithm using python
One of the encryption algorithms is the Hill Cipher. The square key matrix in the Hill Cipher method must have an inverse modulo. The unimodular matrix is one of the few matrices that must have an inverse. A unimodular matrix can be utilized as a key in the encryption process. This research aims to demonstrate that there is another approach to protect text message data. Symmetric cryptography is the sort of encryption utilized. A Bernoulli Map is used to create a unimodular matrix. To begin, the researchers use an identity matrix to generate a unimodular matrix. The Bernoulli Map series of real values in (0,1) is translated to integers between 0 and 255. The numbers are then inserted into the unimodular matrix's top triangular entries. To acquire the full matrix as the key, the researchers utilize Elementary Row Operations. The data is then encrypted using modulo matrix multiplication.
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