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hyperChaos
- 求离散超混沌系统的自相关和互相关函数，本程序使用的是kawakami超混沌系统-for discrete hyperchaotic system autocorrelation and cross-correlation function, This procedure is used in super-chaotic system kawakami
hyperChaos-figures
- 可以绘制出常用的混沌图形，描述出混沌的发展趋势与概貌
lorgenzeq
- 这个利用matlab软件话三维连续系统的相图的程序，比如lorgenzeq系统的相图，也可以画超混沌的相图，-The matlab software using three-dimensional continuous system, then the phase diagram of the procedure, such as lorgenzeq system phase diagram, can also draw hyperchaos the phase diagram,
hyperChaos
- 超混沌,用于显示各种经典的超混沌系统的方程及其混沌吸引子 非常好 可以直接使用-hyper-chaos
chaoLorenz_watermark
- 实现数字水印基本通信模型以及以及基于超混沌Lorenz系统的数字水印算法-About the basic Digital watermarking communication model, as well as the algorithms of the digital watermarking based on Lorenz hyperchaos system.
Arnold
- 超混沌系统的代码，不错，带入参数可以直接使用直接可以用的。-Hyperchaos system code, good, into the parameters can directly use can use directly
lyapunov1
- 该程序是基于matlab来求lyapunov指数，用该程序可得到lyapunov指数随一变量变化的情况。便于观察混沌与超混沌。-The program is based on matlab to seek lyapunov exponent lyapunov exponent with a variable changes, the program can be obtained. Easy to observe the chaos and hyperchaos.
chaohundunxitonghuamotongbukongzhi
- 超混沌系统的滑模同步控制程序 四维超混沌系统 滑模面 同步控制 指数趋近律-Synchronization control hyperchaos system sliding mode
Liu_lyapunov
- 超混沌Liu系统的lyapunov指数,同时打开三个文件，直接运行即可，也可根据自己的系统进行改动-Lyapunov index figure hyperchaos Liu system
hyperChaosCorrelationDouble
- 各种经典类型的超混沌系统及其混沌吸引子，很好用-Various types of classic hyperchaos system and its chaotic attractor, very useful
TYBLNNF
- rossler超混沌系统的simulink文件可以自己改变参数,不错的-Rossler hyperchaos system of simulink file can change parameters, good
sbnzem
- rossler超混沌系统的simulink文件可以自己改变参数,不错的(Rossler hyperchaos system of simulink file can change parameters, good)
hyperchaos
- 产生超混沌信号吸引子的程序，能够观测时域波形和超混沌相平面图(The program can generate hyperchaotic signal attractor, and can observe the time domain waveform and phase plane of hyperchaotic system.)
超混沌仿真
- 超混沌的，所有超混沌都可以根据算法类似的做出来(Hyperchaos, all hyperchaos can be done in the same way as the algorithm.)
hyperchaos
- Cryptanalysis of a new image encryption algorithm based on hyper-chaos