fuzzy-control

matlab code for NMDL

P_I_Kattan著、韩来彬译《MATLAB有限元分析与应用》一书的电子版及涉及的75个用MATLAB编写的有限元程序和所有习题的解答，是学习MATLAB和有限元的很好资料(P_I_Kattan with South Korea to Bin translation of " MATLAB finite element analysis and applications" , and an electronic version of the book involved in the preparation of 75 using MATLAB finite element program and all the Exercise of the answer is to learn a good MATLAB and finite element data)

数字信号处理中的一些典型程序，里面有程序说明列表。(Digital signal processing in the typical procedure, there are programs that list.)

大纲很简单地独立分量分析理论和盲源分离技术20多年的发展历史，及其程序。(Independent component analysis of the history of the development of the theory and blind source separation technology more than 20 years, and its procedures.)

vector quantization split algorithm for matlab source code function

logit model for travel demand analysis

matlab图像处理的一些命令，还有使用的例子，对图像处理初学者应该会有帮助的(matlab image processing commands, there are examples of the use of image processing should be helpful for beginners)

This is a z transform based watermarking algorithm used for copy right protection

永磁同步电机和直流电机调速，simulink仿真，看看大家有没有用(Permanent magnet synchronous motor and DC motor speed)

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!