传统PSO算法及其初始化

混合整数非线性规划中的BNB20的源码资料，源码中包含了和实数寻优函数fmincon的对比(Mixed Integer Nonlinear Programming “BNB20” source of information, source code contains a real number and contrast optimization function “fmincon”)

读取激光雷达点云数据的头文件数据块，将点云数据的基本信息记录在相应的变量中。(Read lidar point cloud data header file data block, the basic information of the point cloud data recorded in the corresponding variable.)

用0.618法和fibonacci法求解单变量的最优化问题，fibonacci法有两个，可以对比，一个慢一个快(With 0.618 Fibonacci method and single-variable optimization problems, fibonacci law there are two, you can contrast a slow one fast)

三机九节点电力系统牛顿法潮流计算与短路计算算例编程(Three machine nine-bus power system, Newton' s method flow calculation and short circuit calculation example programming)

在Matlab中实现基于旋转尺度不变特征提取特征点的方法。(Matlab implementation of the rotation based on scale-invariant feature extraction method of feature points.)

说明：  基于matlab的概率网络模拟，源码均是matlab的.m文件，实现了一些有用的算法。(Based on the probability of network simulation matlab, matlab source are the. M file, to achieve some useful algorithms.)

EM算法，高斯混合模型的算法，很实用.里面附有很全的代码，包括实例(Author : Shujaat Khan Data Entry Step 1 : Initial guess Step 2 : Expectation Step computes the responsibilities Step 3 : Maximization Step compute the weighted means and variances)

基于matlab的汽车制动系统和ABS系统的仿真，有5个.m后缀文件，可以完美运行。(Matlab simulation of automotive brake systems and ABS system based, there are five. M file extension, you can run perfectly.)

包括最小二乘法、SVM、神经网络、1_k近邻法,有小波分析的盲信号处理，能量熵的计算，MIMO OFDM matlab仿真,Matlab实现界面友好。(Including the least squares method, the SVM, neural networks, 1 _k neighbor method, There Wavelet Analysis Blind Signal Processing, Energy entropy calculation, MIMO OFDM matlab simulation, Matlab to achieve user-friendly.)

利用正态分布和核密度估计计算分位数。包括正态分布分位数函数、核估计概率密度函数、核估计累计分布概率函数、核估计计算分位数函数。(Normal and kernel density estimation using sub-digit calculation. Including the normal quantile function, kernel estimate probability density function, cumulative distribution probability function kernel estimation, kernel estimate calculated quantile function.)