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matlab对aloha，s-aloha的仿真(matlab pairs of aloha, s-aloha Simulation)

一個MATLAB範例，可以用來計算分形盒維度(Examples of a MATLAB can be used to calculate the fractal box dimension)

动态实现循环码的译码！！ 只要求输入信息序列！(Dynamic implementation of cyclic codes decoding! ! Only requires input information sequence!)

用龙格库塔法求得微分方程的数值解；用龙格库塔法求得微分方程的数值解(Obtained by using Runge-Kutta numerical solution of differential equations obtained by using Runge-Kutta numerical solution of differential equations)

VC++调用MATLAB Engine。本文档详细介绍了在VC++编程中如何调用MATLAB引擎。(VC++ calling MATLAB Engine. This document details the VC++ programmers how to call the MATLAB engine.)

用禁忌搜索算法求解旅行商问题（TSP），程序是可以运行的，刚调试过了(Tabu search algorithm for solving TSP with the problem)

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

说明：  在考虑汽车零部件包装箱长、宽、高等三维尺寸的约束下，以配送中心为原点，分派多辆同一规格的货车到n个供应商处取货，最后回到配送中心。本章所构建的三维装载约束下的汽车零部件循环取货路径优化模型要解决的问题是确定循环取货路径，要求充分考虑汽车零部件在货车车厢中的三维装载位置，确保每个供应商处的零部件均能成功装载，尽可能使车辆装载率最大，且所有车辆的总行驶路径最短。(In considering the auto parts box length, width, higher dimensional size constraints to the distribution center as the origin, a multi-vehicle dispatch trucks to the same specifications of the pick n suppliers, and finally back to the distribution center. Auto Parts Pick cycle path constructed three-dimensional loading constraints under chapter optimization model to solve the problem is to determine the circulation pickup path requires full consideration in boxcars loaded in three-dimensional position of auto parts, to ensure that each vendor Parts can successfully loaded, as the vehicle maximum loading rate, and the total of all vehicles traveling the shortest route.)

说明：  基于DWT的图像压缩，上数字图像处理可的大作业(DWT Compression)

capacity of binary symmetric channel