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首页> 外文期刊>Cybernetics and Systems Analysis >SECURE AND PRACTICAL RANDOMIZED STREAM CIPHERS BASED ON REED-SOLOMON CODES
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SECURE AND PRACTICAL RANDOMIZED STREAM CIPHERS BASED ON REED-SOLOMON CODES

机译:基于里德-所罗门编码的安全且实用的随机流密码

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摘要

In this paper we consider a class of randomized stream ciphers based on joint employment of encryption, random coding, and error-correction coding by binary linear codes. It is shown that in this class there exist ciphers that have arbitrarily high computational security against the most powerful from all known attacks providing that both the transmission rate and the receiving accuracy have the value arbitrarily close to 1. The complexity of recovering plain messages by the legitimate receiver is acceptable as well. The proof is constructive.
机译:在本文中,我们考虑一类基于联合使用加密,随机编码和二进制线性码纠错编码的随机流密码。结果表明,在该类别中,存在一些密码,对所有已知攻击中最强大的密码都具有任意高的计算安全性,前提是传输速率和接收准确性的值都任意接近1。合法的接收者也是可以接受的。证明是建设性的。

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