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Chaotic-cipher based memory efficient symmetric key cryptosystem

机译:基于混沌密码的内存高效对称密钥密码系统

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摘要

In this paper we proposes a chaotic attractor based symmetric-key cryptosystem as it's alternative based on some advantages, specifications and novel performences from other systems like as; Considerably smaller key space (typically 192bits), do not relies on computational infeasibility of determining prime factor, do not relies of randomness of initial point, relies on mathematical property of equations with multiple solutions, possible to implement on minuscule amount of memory and possible to optimize to use less processor cycle hence drawing less power.
机译:本文基于其他系统的一些优点,规​​范和新颖的性能,提出了一种基于混沌吸引子的对称密钥密码系统作为替代方案。较小的密钥空间(通常为192位),不依赖于确定素数的计算不可行性,不依赖于初始点的随机性,依赖于具有多个解的方程的数学性质,可以实现微不足道的存储量,并且可能优化以使用更少的处理器周期,从而消耗更少的功率。

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