smqueue11

卷积码译码器,采用sova算法译码(Convolutional Decoder, decoding algorithm used SOVA)

黑白棋，又叫反棋（Reversi）、奥赛罗棋（Othello）、苹果棋或翻转棋。黑白棋在西方和日本很流行。游戏通过相互翻转对方的棋子，最后以棋盘上谁的棋子多来判断胜负。它的游戏规则简单，因此上手很容易，但是它的变化又非常复杂。有一种说法是：只需要几分钟学会它，却需要一生的时间去精通它。 本程序由matlab开发，作者为realghost，如果要转载，请保留此信息。(Reversi, also known as anti-chess (Reversi), Othello (Othello), flipped Apple chess or chess. Othello is very popular in the West and Japan. Flip through each other' s game pieces with each other, and finally to the board to determine who is more than a pawn in the outcome. Its rules of the game is simple, so it is easy to get started, but it changes and very complex. There is a saying: It takes only minutes to learn, it takes a lifetime to be proficient in it. The program developed by matlab, author realghost, if you want to reprint, please retain this information.)

入侵式杂草优化算法是一种模拟自然界中杂草繁殖进化过程的随机搜索的优化算法，将待求解的问题转化为目标函数优化问题。(Invasive weed optimization algorithm is a simulation of natural reproduction in the evolutionary process of weed random search optimization algorithm, to solve the problem will be converted to the target function optimization problems.)

face reconigation in matlab

2-D–3-D Frequency Registration Using a Low-Dose Radiographic System for Knee Motion Estimation

Gabor变换子函数，有详细注释，采用高斯窗，绝对可用(Gabor transform subroutine, detailed notes, using the Gaussian window, absolutely useful)

关于车辆VRP调度的程序，利用遗传算法编译而成。(Compiled from vehicle VRP scheduling procedures, the use of genetic algorithms.)

本程序主要通过仿真动态显示均匀平面电磁波中，磁场 Hz 的波阵面在自由空间（理想介质）中的传播。(The program primarily through dynamic simulation shows uniform plane wave, the magnetic field Hz wavefront in free space (ideal medium) in the transmission.)

matlab小波包变换实现图像分割，含示例图像，分割结果较好(the matlab wavelet packet transform image segmentation, containing the sample image segmentation result is better)

figure imagesc(Img,[0 255]) colormap(gray) hold on bw = roipoly phi = 2*(0.5-bw) tic for n = 1:200 phi = Evo_ILF_2D(phi,mu,lambda,epsilon,timestep,Img_lap) pause(0.05) imagesc(Img, [0, 255]) colormap(gray) hold on [c,h] = contour(phi,[0 0], b ) iterNum=[num2str(n), iterations ] title(iterNum) hold off