搜索资源列表
fnn-up
- 假临近点法计算最佳嵌入维数的程序,可以根据自己需要适当修改调整-False approaching point method to calculate the optimal embedding dimension of the program can be adjusted according to their needs with appropriate modifications
C_one
- 关联维数参数(嵌入维数和时间延迟)的计算 。读取txt波形数据,绘制图形,利用CC方法分析图形的的嵌入维数和时间延迟-The correlation dimension parameters (embedding dimension and time delay) calculation. Read txt waveform data, draw pictures using the CC method to analyze the graph of the embedding dimensio
Choastic-time-series-analysis
- 文件名:C-C法计算时间延迟和嵌入维数 C-C法计算出相空间重构的时间延迟和嵌入维数 文件名:dingyi_lyapunov 采用定义法计算lyapunov指数 文件名:fencha 求lorenz系统分岔图(采用区域最大值法) 文件名:m_test 求解嵌入维数m 文件名:pinghengdian 求lorenz系统在某一系数下的平衡点,并求出特征值 文件名:poincare 求lorenz系统的poincare截面 文件名:PSD 求lorenz系统的功率
C_CMethod
- 利用这个方法计算混沌时间序列的时间延迟和嵌入维数-Time delay and embedding dimension of chaotic time series calculated using this method
C_CMethod
- 混沌时间序列算法中,用C-C方法求解延迟时间及嵌入维数。-Chaotic time series algorithms, the C-C method for solving the delay time and embedding dimension.
FNN
- false nearest neighbours 嵌入维数-the false nearest neighbours embedding dimension
cnn
- 用混沌理论和神经网络进行短期负荷预测时,神经网络的输入的选择至关重要,该程序用matlabl实现了基于混沌时间序列的嵌入维数的选择-Chaos theory and neural network short-term load forecasting, neural network input is essential to choose the program implemented in matlabl choice of embedding dimension based on chaot
CCDoctor
- 相空间重构CC方法计算最佳滞后时间和最佳嵌入维数代码已经调试过了完全可以运行-The phase space reconstruction the CC method best lag time and the optimal embedding dimension code debugging can run
G_P
- 使用G_P的方法来求时间序列的最佳嵌入维数-use method calculate coefficience
C-C-method
- 计算时间序列的C-C分析方法,能很好的分析数据,就出延迟时间及嵌入维数-Calculate the time series the CC analysis methods, can be a good analysis of the data, the delay time and embedding dimension
FNN1
- 伪邻近算法 求取混沌相空间重构的嵌入维数 很好用-false-nearest for embedding dimension of chaotic phase space reconstruction
C-Cmethod
- C-C method 计算混沌系统相空间重构的嵌入维数和时间延迟-CC Method to calculate the phase space reconstruction of chaotic systems embedding dimension and time delay
C-C-Method
- 利用c—c法求一个混沌序列的嵌入维数和关联维数,并利用次进行相空间重构-Use c-c method for a chaotic sequence of embedding dimension and correlation dimension, and using phase space reconstruction times
gaojieqiyizhi
- 通过比较奇异谱图和高阶奇异谱图得出结论:高阶奇异谱分析能够更好的二次确定嵌入维数。最后根据Takens嵌入定理进行相空间的重构。-By comparing the spectra of singular spectrum and higher-order singular conclusion: High singular spectrum analysis to better determine the embedding dimension of the secondary. Finally
caoshi-method
- 本程序是应用曹氏法解决混沌时间序列的嵌入维数,用C++编写,并编写出matlab接口,生成cao.dll文件,利用程序中的caoshi_method.m文件就可以在matlab环境下快速计算出嵌入维数。-the programme can compute embedding dimension
Cao_FNN
- 神经网络在预测控制方面的应用--用cao方法求嵌入维数-Neural network in the prediction control- with cao method is applied to the embedding dimension
matlab
- 用自相关函数法计算嵌入维数,仅供参考哟-Calculated using the autocorrelation function embedding dimension for reference only yo Oh
C-C法求相空间时延,能调试出来
- 相空间重构需要时延和嵌入维数,C-C法能同时求出时延和嵌入维数,此程序我已测试过,可以调试出来。特此给大家分享。
Main
- 混沌工具箱ver.2.0,程序没问题,可以用。有c-c法求时延和嵌入维数的,求最大李雅普诺夫指数的等。-Chaos Toolbox ver.2.0, the program is no problem, you can use. There cc method for delay and embedding dimension, for the largest Lyapunov exponent and so on.
G_P
- 时间序列的G_P算法,计算出序列的关联维数d,然后利用嵌入维数m>=2d+1,选取合适的嵌入维数。-G_P time series algorithm to calculate the correlation dimension d sequence, and then use the embedding dimension m> = 2d+1, select the appropriate embedding dimension.