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Spatiotemporal chaos of fractional order logistic equation in nonlinear coupled lattices

机译:非线性耦合晶格中分数阶对数方程的时空混沌

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摘要

We investigate a new spatiotemporal dynamics with fractional order differential logistic map and spatial nonlinear coupling. The spatial nonlinear coupling features such as the higher percentage of lattices in chaotic behaviors for most of parameters and none periodic windows in bifurcation diagrams are held, which are more suitable for encryptions than the former adjacent coupled map lattices. Besides, the proposed model has new features such as the wider parameter range and wider range of state amplitude for ergodicity, which contributes a wider range of key space when applied in encryptions. The simulations and theoretical analyses are developed in this paper. (C) 2017 Elsevier B.V. All rights reserved.
机译:我们用分数阶差分逻辑映射和空间非线性耦合研究了一种新的时空动力学。空间非线性耦合特征,例如对于大多数参数而言,混沌行为中的晶格百分比更高,而在分叉图中没有周期性窗口被保留,这比以前的相邻耦合图格更适合于加密。此外,所提出的模型还具有诸如遍历性的更宽的参数范围和更大的状态幅度范围之类的新特征,这在加密中应用时贡献了更大的密钥空间范围。本文进行了仿真和理论分析。 (C)2017 Elsevier B.V.保留所有权利。

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