资源列表
correlation-dimension(GP-method)
- 用matlab编制的，用GP算法计算关联维数，希望有用-Using matlab prepared, calculated correlation dimension algorithm with GP, hope useful
xiangkongjian
- 用matlab编制的相空间重构程序，希望有用-Phase space reconstruction program prepared by matlab, hope useful
lyapunov
- 计算lyapunov指数，希望对初学者有帮助-Index Calculation lyapunov
Kolmogorov-entropy
- 用C语言编制的代码，同时计算关联维数和K熵-C language code, while computing correlation dimension and K entropy
work
- 分给给出了预条件GAOR、GMTS、MAOR三种迭代法的数值算例，修改预条件矩阵，给定参数便可得到迭代矩阵谱半径-To gives the preconditioned GAOR, GMTS and MAOR iterative method, a numerical example, modify the preconditioned matrix, given parameter iterative matrix spectral radius can be got to give the
gauss4.cpp
- Code for gaussian elimination
GSO_IWO_IGS
- IGS算法，即GSO加入了IWO算法。可以运行，MATLAB版本在2014a以上。-IGS algorithm, that is, the GSO algorithm conbined with the IWO algorithm. make sure your matlab version is 2014a or higher.
tunning-PID-by-PSO
- 用PSO算法调PID参数，保证可以运行。需要MATLAB2014a及更高版本。-PID control based on the PID algorithm. Make sure your matlabe version is 2014a or higher.
RungKutta
- 四阶龙格库塔算法。deltaT为积分步长，XX为X_k,X_next为X_k+1，Control以及Param为用户可选参数。微分方程在deriv中定义。-RungeKutta,where deltaT refers to the step size, XX refers to X_k, X_next refers to X_k+1, Control and Param is user defined parameters. The differential equation should be
MATLAB(shuangpufenxi)
- matlab双谱分析信号处理源码，是学习高阶谱必备的资料-Dual Spectrum Signal Processing matlab source code, is essential to learn higher-order spectrum data
BRMUL
- 求m*n阶矩阵A与n*k阶矩阵B的乘积短阵.-Find m* n order matrix A and n* k matrix B short order matrix multiplication of.
BCMUL
- 求m*n阶直矩阵A与n*k阶重短阵B的乘积矩阵C= AB-Find m* n-order linear matrix A and n* k matrix B short-order heavy product matrix C = AB