A novel cryptosystem based on grey system theory and genetic algorithm
A novel cryptosystem based on grey system theory and genetic algorithm
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DOI：
10.1016/j.amc.2005.01.021
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发表时间：
2005-11
期刊：
影响因子：
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通讯作者：
V. Shen;Tzer-Shyong Chen;Kai-Quan Shai
中科院分区：
文献类型：
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作者：
V. Shen;Tzer-Shyong Chen;Kai-Quan Shai
本文首次尝试将遗传因素和遗传变异的生物学概念引入到万花筒-酷儿(简称K-Q)密码体制的研究中。包含遗传因素(GM，X，λ(X))的新型K-Q密码体制可用于确保信息系统的安全。主要贡献包括具有遗传因子的K-Q密码体制的概念、具有遗传因子的α时代的K-Q密码体制的存在定理、具有遗传因子的K-Q密码体制的极限嵌入定理和具有遗传因子的K-Q密码体制的遗传变异性定理。
In this paper, we first attempt to introduce the biological concepts of genetic factor and genetic variation into the study of a Kaleidoscope–Queer (in brief, K–Q) cryptosystem. The novel K–Q cryptosystem including the genetic factor, (GM,X,λ(x)), can be applied to ensure the security of an information system. The main contributions include the K–Q cryptosystem concept with genetic factor, the existence theorem of α-era K–Q cryptosystem with genetic factor, the limited embedded theorem of K–Q cryptosystem with genetic factor, and the genetic variability theorem of K–Q cryptosystem.