PHC

解决图论中Warshall-Floyd 算法，Kruskal 避圈法，匈牙利算法，求最佳匹配的算法，求最大流的Ford--Fulkerson 标号算法，求解最小费用流问题的matlab程序(Solve the graph theory Warshall-Floyd algorithm, Kruskal avoid lap law, Hungary algorithm, and the best matching algorithm, for maximum flow of the Ford- Fulkerson labeling algorithm for solving the minimum cost flow problem of matlab procedures)

Lyapunov exponent of Lorenz equation

利用MATLAB 仿真工具设计出一个QPSK仿真程序，以衡量QPSK在理想信道、高斯白噪声信道和先通过瑞利衰落信道再通过高斯信道三种方式的调制解调得到的功率谱密度、噪声曲线、星座图及误码性能,并对仿真结果进行了分析。(QPSK simulation design and Realization Based on MATLAB)

分布式电力系统状态估计完整程序，下载下来即可运用(Distributed power system state estimation complete program)

本算法在Matlab2008b 环境下实现了立体视觉中摄像机的基础矩阵计算。包括main, sevenPoint、eightpoint 和eightpoint_norm三个函数。 main.m 是程序的入口，包括生成和读入实验数据，分别调用sevenPoint、eightpoint 和eightpoint_norm 三个函数求基础矩阵，最后绘制出最后的结果。sevenPoint.m 是用7 点法求解基础矩阵。eightpoint.m 是用8 点法求解基础矩阵，eightpoint_norm.m 是数据规格化后的8 点法求解基础矩阵。(The algorithm is implemented in Matlab2008b environment based stereo vision camera matrix calculations. Including the main, sevenPoint, eightpoint and eightpoint_norm three functions. main.m is the entry, including the generation and reading test data were calling sevenPoint, eightpoint and eightpoint_norm three fundamental matrix function evaluation, and finally draw the final result. sevenPoint.m 7 method is based on matrix. eightpoint.m 8-point method is based on matrix, eightpoint_norm.m the data after the 8-bit normalized fundamental matrix method. )

说明：  本程序为利用matlab求解微分方程的源程序及相关例子.(matlab.)

说明：  介绍了信道估计中LS算法的matlab程序代码(Introduced in the LS channel estimation algorithm matlab code)

多载波码分多址(Multi Carrier - Code Division Multiple Access)是将OFDM 和CDMA相结合,使之同时具有这两者的优点的新型技术。此代码是仿真程序。(Multi-carrier CDMA (Multi Carrier- Code Division Multiple Access) is a combination of OFDM and CDMA, so that both new technologies both advantages. This code is a simulation program.)

这是关于一篇基于小波阈值的经验模态分解的论文(This is about a wavelet and empirical mode decomposition papers)

外部参数正交化-偏最小二乘法，matlab源代码(Orthogonal least square method for external parameters )