ISM

介绍了MATLAB的图视化功能，工具箱函数汇总，MATLAB 程序设计与应用等(Introduction of the MATLAB visualization of map features, the toolbox function summary, MATLAB Program Design and applications)

说明：  7x7半波阵子天线阵方向图仿真（未归一化）(antenna pattern)

Random Waypoint Model

在matlab中编程实现的正交多项式最小二乘拟合函数,调用格式：a=zjzxec(x,y,m)(In the matlab programming in the orthogonal polynomial least squares fitting function, call format: a = zjzxec (x, y, m))

图像处理，通过matlab实现视频图像的二值化等(Image processing, video images to achieve through the matlab binary, etc.)

How to use the ordinary Voronoi partition generator. The m-files also have their own help documentation that you can view in Matlab. This code creates a bounding polygon that is a square. Then it randomly creates 10 points and then creates and draws the partition. bounds = [0, 10, 10, 0 0, 0, 10, 10] points = 10 * rand(2, 10) regions = voronoi(bounds, points) drawRegions(bounds, regions) ================================ This is a brief set of instructions on how to use the Multiplicatively- weighted Voronoi partition generator. Each of the m-files has a help section, so in Matlab you can call: help mwvoronoi help drawRegions Here is an example that creates a bounding polygon, a square with side length 10. Then it randomly creates six points with random weights. Finally, the code draws the resulting partition. bounds = [0, 10, 10, 0 0, 0, 10, 10] points = 10 * rand(3, 6) regions = mwvoronoi(bounds, points) drawRegions(bounds, regions) Enjoy!

用matlab实现的一个最小二乘法的简单例子(Using matlab to achieve a simple example of least squares)

对二元序列10110010，画出2FSK的波形，其中载波频为码元速率的2倍。(For binary sequence 10110010, draw waveform 2FSK, where the carrier frequency of 2 times the symbol rate.)

matlab code for A Novel Approach to Design and Implement Dierential Time Lapse Video in Real Time Application

Mie光散射原理matlab程序，计算简便。根据折射率，颗粒大小，光波长等参数可计算各个角度的光散射强度大小。(Mie light scattering principle matlab procedures, the calculation is simple. According to the refractive index, particle size, optical wavelength calculate various parameters such as the perspective of the size of the light scattering intensity.)