Nonlinear_Matlab.m

This code calculates frame difference to detect moving object in video

该程序是对在已知和未知参数的情况下用最小二乘法估计观测数据的ARMA模型的AR参数的仿真。(The program is known and the unknown parameters in the case of observational data with least square method to estimate the ARMA model of AR parameters of simulation.)

利用离差分解法计算出方差分析表，并用Ｆ检验法，检查对给定的显著性水平 ，因子Ａ对实验数据是否有限著影响(Use from the Finite Difference Method to calculate the analysis of variance table and F test, to check a given significance level, factor A is limited to whether the experimental data )

Line detection in gray scale using hough transform(Line detection in gray scale using hough tr ansform)

关于常规脉冲多普勒地面雷达的杂波建模与仿真(On the conventional pulse Doppler radar ground clutter Modeling and Simulation)

虹膜识别算法 对图像要求较高 算法简单 内附可用于程序图片(Iris recognition algorithms require a higher simple algorithm and the image can be used to process images containing)

Function to make rotation matrix

最新SVDD资料，比旧版增加文件夹matlab中的2个文件(new SVDD，implements two new files than old version)

关于Vega Prime的12篇期刊论文，涉及VP多场景切换、坐标系、多通道、飞行视景仿真等问题，有相当的参考价值。(About Vega Prime' s 12 journal articles, and more scenes involving VP switching coordinates, multi-channel, flight visual simulation and other issues, there is considerable reference value.)

里查得森(Richardson)法解偏微分方程的程序。解的是定步长的抛物型偏微分方程： du/dx - a * d2u/dx2 = 0 在程序中可以更改 a 的值以实现不同系数的解。由于它是一种显式格式，解的结果不稳定 在Matlab7下面运行发现竟然有一些值达到十的几十次方,这是算法本身决定的。不是程序有错误(Richard Anderson (Richardson) Solving partial differential equations procedures. Solution is scheduled to step parabolic partial differential equation: du/dx- a* d2u/dx2 = 0 in the procedure can be changed in order to realize the value of a different coefficient of the solution. Because it is an explicit format, the result of instability in the solution of the following Matlab7 running even found some value reached ten dozens of parties, this is the decision algorithm itself. Not a procedural error)