20130517

运用分枝定界法求解混合整数规划的matlab程序( Use the branch and bound method for solving mixed integer programming procedures meaning of the of the input parameters: min f* x A* x < = b Aeq* x = beq iter_num_max: maximum number of iterations lb : each variable lower limit UB: upper limit of the each variable X0: Initial ID: 0,1 variable, ID (k) = 1 indicates the variable k is an integer variable, ID (k) = 0, represents the k variable non-integer variable ftemp_up: initial upper bound, unable to find the upper bound of the initial default is infinite IP: initial feasible solution, the initial feasible solution can not be found, the default is the empty output parameters meaning: x: y: optimal solution of the objective function value corresponding to the optimal solution time-consuming iter_num: the number of iterations of the entire branch and bound process Time: Run this program)

计算LED光谱PWM，带一点算法和输入输出excel(PWM LED spectrum calculation)

说明：  这是冈萨雷斯数字图像处理MATLAB版本配套的源码，里版包含了书中所用到的所有作者编写的P文件，都可以直接应用，但不可以更改。(This is Gonzalez Digital Image Processing MATLAB version supporting source, where the book contains all the authors use to prepare the P document, can be applied directly, but not be changed.)

说明：  《MATLAB实用教程》用到的部分程序，比较全的。(&quot MATLAB Practical Guide&quot Part of the procedure used to compare the sound.)

利用不变矩公式将双目灰度图像转换成双目不变矩图像，然后提出了具有自适应参数的简单树动态规划算法的双目立体匹配方法进行匹配得到最终视差图(The formula using invariant moments grayscale images into binocular binocular image invariant moments, then made ​ ​ a simple tree with adaptive parameters of the dynamic programming algorithm for matching binocular stereo matching method to obtain the final disparity map)

数字图像处理运用matlab实现3D透视投影(Digital image processing using matlab to achieve 3D perspective projection)

matlab代码 SLM在OFDM系统中的应用，V=4的情况下(matlab code SLM in OFDM)

segmentation of medical images

该程序是灰度图像的坐标变换，用于二维图像平移，放大。(The program is a grayscale image of the coordinate transformation for two-dimensional image translation, zoom.)

This program simulates the minimization of a simple function with the simple coordinate search method.(Simple coordinate search algorithm)