搜索资源列表
C_CMethod
- 李雅普诺夫指数时需用到的两个参数，即时间延迟与嵌入维数的求其方法-When Lyapunov exponent required to two parameters, namely the time delay and embedding dimension seeking its methods
C-C-method
- 利用C-C方法计算嵌入延迟和嵌入维数，进而实现混沌相空间的重构，重构效果良好。-Using C-C method to calculate the delay and dimension to reconstruct the chaotic phase space , and having good effect.
GP
- 本程序使用G_P算法求解延迟时间、嵌入维数及关联维数。-This program uses G_P algorithm delay, embedding dimension and correlation dimension.
C_C
- 本程序采用C_C算法求最佳嵌入维数和延迟时间。-The program uses C_C algorithm for optimal embedding dimension and delay time.
G_P
- 本算例是基于G_P算法阿德matlab程序，可以计算时间序列的嵌入维数和关联维数。-The study is based on G_P algorithm Adelaide matlab program can calculate embedding dimension and correlation dimension time series.
C-C-Method
- 采用c-c方法求嵌入窗，同时求延时以及嵌入维数-C- c method for embedding window, time delay and embedding dimension
GP_Algorithm
- 使用GP来计算延迟时间和嵌入维数.经个人验证-Use GP to calculate the time delay and embedding dimension
InsertDimension
- 风电混沌序列嵌入维数的计算，经证实简单有效-Wind power chaotic sequence embedding dimension calculation, proved to be simple and effective
FNN
- 用假邻近法（FNN）计算嵌入维数，用于计算关联维数等-With fake neighboring France (FNN) embedding dimension is calculated for calculating the correlation dimension, etc.
crp
- 计算嵌入维数、延迟时间，并进行相空间重构的工具包，以及说明书-Calculate embedding dimension, delay time and phase space reconstruction kits, as well as the instructions
Space-Reconstruction
- 非线性时间序列分析，相空间重构的参数选择,包括时间序列延迟计算和嵌入维数计算 -Nonlinear time series analysis, parameter selection phase space reconstruction, including time-series delay calculation and embedding dimension calculation
FNN
- 伪近邻法确定相空间重构嵌入维数，内涵已生成的典型混沌信号，可以直接使用。-Pseudo-neighbor method to determine the embedding dimension of phase space reconstruction, connotation typical chaotic signal generated can be used directly.
lyapunov_wolf
- 该函数用来计算时间序列的最大Lyapunov 指数 Wolf 方法 m: 嵌入维数 tau:时间延迟 data:时间序列 N:时间序列长度 P:时间序列的平均周期,选择演化相点距当前点的位置差，即若当前相点为I，则演化相点只能在|I－J|>P的相点中搜寻 lambda_1:返回最大lyapunov指数值 - This function is used to calculate the time series of the large
Cao--dimension
- cao算法，可以确定嵌入维数，从而实现相空间重构-Cao algorithm, embedding dimension of time series can be determined, so as to realize the phase space reconstruction
GP
- GP算法计算嵌入维数，包括了关联维数的程序等等都集合在里面 可以看到源程序，加入了典型混沌数据供各位同行进行分析。-GP algorithm embedding dimension, including the correlation dimension of the program, etc., which can be seen in the collections of the source, adding the typical chaos for colleagues to analy
Caofa
- Cao法求嵌入维数ｍ，相空间重构理论需计算最优嵌入维数ｍ和最佳延迟时间τ, 重构相空间。-Cao method of embedding dimension of phase space m, to calculate the optimal embedding dimension m and the optimal time delay of phase space reconstruction theory.
huxinxifa
- 互信息法求时延参数t，相空间重构理论需计算最优嵌入维数ｍ和最佳延迟时间τ, 重构相空间。-Mutual information method for delay parameters of T, the phase space to compute the optimal embedding dimension m and the optimal time delay reconstruction theory, the phase space reconstruction.
CC
- 相空间重构c-c方法，计算嵌入维数和延迟时间-C-c phase space reconstruction method to calculate the embedding dimension and delay time
Cao
- Cao方法求嵌入维数，代入数据即可运行，只是速度有点慢。-Cao method of embedding dimension seeking, on behalf of the data to run, but a bit slow
C_CMethod
- c-c法用于计算混沌时间序列嵌入维数和延迟时间-C- c method is used to calculate the chaos time series embedding dimension and delay time