C-C方法及改进的C-C方法重构相空间的matlab程序



--------------------------------

性能：

3000数据耗时3分钟



--------------------------------

参考文献：

1、Nonlinear dynamics, delay times, and embedding windows.pdf

2、基于改进的C-C方法的相空间重构参数选择4.pdf



--------------------------------

文件夹说明：

1、C_C_Method_luzhenbo2.m - 程序主文件，直接运行此文件即可!

2、LorenzData.dll - 产生Lorenz离散数据

3、DuffingData.dll - 产生Duffing离散数据

4、RosslerData.dll - 产生Rossler离散数据

5、ccFunction.dll - 计算S(m,N,r,t) - 原C-C方法中计算S(m,N,r,t)，改进的C-C方法中计算S2(m,N,r,t)

6、ccFunction_luzhenbo.dll - 计算S(m,N,r,t) - 改进的C-C方法中计算S1(m,N,r,t)



--------------------------------

致谢：

此稿本次修改的部分灵感来源于与研学论坛网友“张文鸽”和“yangfanboy”的讨论，在此表示感谢!-C-C methodology and improvement of C-C method reconstruction phase space of Matlab procedures -------- ------------------------ performance : 3000 data time-consuming three minutes ----------------------------- -- References : 1, Nonlinear dynamics, delay times, and embedding windows.pdf 2, Based on the C-C method of phase space reconstruction parameters choice 4.pdf --------------- ----------------- folders : one, C_C_Method_luzhenbo2.m-main proceedings, direct running this file can be! 2. LorenzData.dll - Lorenz have three discrete data, DuffingData.dll - Duffing have four discrete data, RosslerData.dll - Rossler have discrete data 5, ccFunction.dll-calculated S (m, N, r, t) - the original C-C method to calculate S (m, N, r, t), to improve the C-C method of calculating S2 (m, N, r, t) 6,