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Modification Affine Cipher Transform Digraph to Squared the value of ‘n’ in Text Security

机译:修改仿射密码转换图以使文本安全中的“ n”值平方

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Affine Cipher is the development of Classic Caesar cipher that multiplies plain text before shifting operation. Affine cipher has two parameters namely key a, and b. Key ‘a’ is multiplies the plain text. It must have an inverse with Great Common Divisor (GCD) from the number of characters. The Problems of Affine Cipher Algorithm is the number of characters available and the least possible of key ‘a’ that can be used, so it is considered to be a classic technique that is easy to hack. Generally, Affine Cipher is used to encrypt the plaintext of character ‘A to Z’ so that the number of keys ‘a’ is only 12 digits from 26 digits (n) is available. Development of affine had increased the key ‘a’ into 128 of 256 digits (n) with 8 bit of ASCII. Digraph Transform is the modification of text encryption. It able to square the value of n. Usually, Text is encrypted by one character. In Digraph Transform, text is encrypted by two characters. For two characters, multiplying integer of the first character by number of characters, then add integer of the second character.
机译:仿射密码是经典凯撒密码的发展,它在移位操作之前将纯文本倍增。仿射密码具有两个参数,即密钥a和b。键“ a”是纯文本的乘积。从字符数上看,它必须与大公约数(GCD)取反。仿射密码算法的问题是可用字符的数量以及可以使用的密钥“ a”的最小可能性,因此被认为是一种易于破解的经典技术。通常,仿射密码用于对字符“ A到Z”的明文进行加密,因此密钥“ a”的数量只有26位(n)中的12位可用。仿射的发展使密钥“ a”增加了8位ASCII码,从而使256位数字(n)中的128个变为“ a”。有向图变换是对文本加密的修改。它能够平方n的值。通常,文本用一个字符加密。在Digraph转换中,文本由两个字符加密。对于两个字符,将第一个字符的整数乘以字符数,然后将第二个字符的整数相加。

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