1) Henon like mapping
类Henon映射
2) Henon map
Henon映射
1.
In this paper,the minimal parameter-perturbation control of chaos in Henon map is investigated in detail.
研究了 Henon映射发生混沌运动时的最小参数扰动控制 ,分析和讨论了参数扰动的二次性能指标、达到平衡点的迭代步数及噪声对系统的影
2.
According to the principle and methods of chaos, based on logistic map and henon map of chaos system and made it produce chaos sequence by method of multi-values sequence, the network data stream was encrypted and disordered by the sequence, the feasible and the influence factors on chaotic secrecy communication were presented.
按照混沌加密原理及方法,采用混沌系统中的Logistic映射和Henon映射,利用多值序列的方法所产生的混沌序列对于网络流进行加密和置乱,并计算研究了该方法的可行性和具体实施中影响因素及其作用。
3.
In this paper, the chaotic and cryptographic properties of the 2-D Henon map is analyzed and a novel block chaotic cryptographic algorithm based on Feistel and Henon map is presented.
本文在详细分析Henon映射的混沌和密码学特性的基础上,提出一种基于Feistel结构和Henon映射混沌分组密码算法,该算法最大的优点加密的轮次和子密钥的构造是基于混沌系统动态更新的,通过子密钥的动态生成,密码系统的随机性、复杂性得到了极大的提高。
3) Henon mapping
Henon映射
1.
A new image encryption based on Henon mapping;
Henon映射的图像加密新算法
2.
This paper introduced three kinds of typical chaotic systems: Logistic mapping, Lorenz system and Henon mapping, simulated these chaotic systems with matlab by programming.
简要介绍了三种典型的混沌系统:Logistic映射,Lorenz系统和Henon映射,利用Matlab软件,使用编程方法进行了仿真。
3.
Puts forward a new approach which uses error absolute value non-linear feedback control to realize the synchronization of Henon mapping,based on two chaos systems with same parameter but different initial conditions.
提出了一种用误差绝对值非线性反馈控制实现两参数相同、初始条件不同的Henon映射的同步化方法,通过对同步系统特性的分析选取合适的控制参数和施加控制的时间,使得两Henon映射实现严格同步化。
4) generalized Henon mapping
广义Henon映射
1.
By using generalized Henon mapping as experimental objective and using MATLAB 7.
以广义Henon映射作为实验对象,以MATLAB7。
5) Henon chaotic mapping
Henon混沌映射
6) systems of coupled Henon maps
耦合Henon映射系统
补充资料：映射类
映射类
mappings, classes of
ingTr坦Pping).后者定义为一一连续满映射.因此，在一般拓扑学的映射分类问题中，或者对开集或闭集(过渡到象空间时)的性态加以限制，或者对集合逆象的性质加以限制.第二种处理导致下列映射类:单调映射(阴notone mapping)(任何点的逆象是连通集);有限对一映射肠而忱一to一。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条