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Genetic-based random key generator (GRKG): a new method for generating more-random keys for one-time pad cryptosystem

机译:基于遗传的随机密钥生成器(GRKG):一种为一次性填充密码系统生成更多随机密钥的新方法

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摘要

In this paper, a new algorithm for generating more-randomized keys for symmetrical cipher one-time pad (OTP) according to the linear congruential (LCG) method based on the idea of genetic algorithm is proposed. The method, genetic-based random key generator, is proposed for generating keys for the OTP method with a high degree of key randomness; this adds more strength to the OTP method against breaking this cryptosystem. This algorithm is composed of two parts. Initially, the first population is being generated by LCG method, and then, genetic operators for generating the next populations are being used. Generating random keys with the presented method requires seven-parameter key that increases the security of communication between the transceivers.
机译:提出了一种基于遗传算法思想的线性同余(LCG)方法,为对称密码一次性填充(OTP)生成更多随机密钥的新算法。提出了一种基于遗传的随机密钥生成器方法,以生成具有高度密钥随机性的OTP方法密钥。这为防止破解此密码系统的OTP方法增加了更多的优势。该算法由两部分组成。最初,通过LCG方法生成第一个种群,然后使用用于生成下一个种群的遗传算子。用所提出的方法产生随机密钥需要七参数密钥,这增加了收发器之间通信的安全性。

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