GAME Theory

实现混合高斯背景建模，对给定图像序列进行背景建模.内置的参数可以自行修改，以适用不同的应用需求。(mixture of gaussian，it will help you to construct the background model of series frames)

Support vector machine is a machine learning method that is widely used for data analyzing and pattern recognizing. The algorithm was invented by Vladimir Vapnik and the current standard incarnation was proposed by Corinna Cortes and Vladimir Vapnik. This application note is to helping understand the concept of support vector machine and how to build a simple support vector machine using Matlab

It creates an m-file for a matlab function and populate with a header template describing the purpose of the function, the input and output parameters, and other relevant information. In addition, it inserts information related to the author of the file: username, display name, computer name, windows version, and the time stamp. The command to create a MATLAB function: new myfun It is also possible to append function code at the function m-file creation time as follows: new myfun disp( Hello World! )

使用微粒群算法进行对目标函数进行优化的m文件源码(Using the particle swarm algorithm to optimize the objective function m-file source)

Its a matlab script that downloads stock historical data from yahoo finance,intersects the date fields and for those dates makes a CSV file for the Closing Price.

附件是多元回归的参数检验的matlab程序。(the file is the matlab program of parameter test)

说明：  基于matlab的对风电场风速或风功率进行预测(Prediction of Wind Speed or Wind Power of Wind Farm based on matlab)

该程序实现多项式分数延迟（farrow）的设计。(The program polynomial fractional delay (farrow) design.)

matlab代码 多径效应的通信原理仿真类型题目 二十径添加高斯噪声的效应(matlab code)

用MATLAB实现了该算法，并对所实现方法进行了验证，在步骤（3）中则给出了求出滤波器类型及参数的方案，并进行验证，在步骤（4）中通过MATLAB的AWGN函数等相关知识实现了AWGN信道的仿真。 本文首先介绍数字水印和音频水印的相关概念和发展概况，接着介绍了完成仿真工作所需的基础知识，之后提出DA/AD变换的仿真实现，(Using MATLAB realization of the algorithm, and the realization method of authentication, in step (3) in the given filter type and parameters to derive the program and verify, in step (4) through MATLAB-AWGN function and other relevant knowledge to achieve the AWGN channel simulation. This paper first introduces the digital watermarking and audio watermarking-related concepts and developments, and then introduced a complete simulation of the basic knowledge required, after the DA/AD conversion of the simulation,)