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Generation of maximum length non-binary key sequence and its application for stream cipher based on residue number system

机译:基于残数系统的最大长度非二进制密钥序列的生成及其在流密码中的应用

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A cipher system in which the data is sequence of binary digits from data source and secrete key is also a random sequence of binary digits is called Stream cipher system. The stream cipher system which uses only binary information and key to get binary cipher text is known as binary stream cipher system. In this the encryption algorithm is bit by bit XOR operations of plain text bit and corresponding key sequence bit respectively. This concept further generalized to a non binary cipher system defined over any finite field GF (p), where p is prime integer. Again generalizing further it can also be defined a stream cipher system over the a ring Z(m), arithmetic operations are carried out over modulo m, where m is suitable large composite integers and the ring is a set which satisfies closure, associative, distributive and commutative properties on addition and multiplication operation.
机译:其中数据是来自数据源的二进制序列并且秘密密钥也是随机二进制序列的密码系统称为流密码系统。仅使用二进制信息和密钥来获取二进制密文的流密码系统称为二进制流密码系统。在此,加密算法分别是纯文本位和相应的密钥序列位的逐位XOR操作。该概念进一步推广到在任何有限域GF(p)上定义的非二进制密码系统,其中p是素数整数。再进一步概括一下,还可以在环Z(m)上定义一个流密码系统,对模m进行算术运算,其中m是合适的大复合整数,并且环是一个满足闭环,关联,分布的集合以及加法和乘法运算的交换性质。

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