DoubleSpiral

一， GUI界面，proj.m 图片选择窗口，testListBoxlj.m 二,最优化算法 PSO.m POWELL.m 三，互信息尺度 MI.m EMI.m RMI.m HiMI.m GMI.m FPMI.m 四，POWELL.m附属子程序 oneDimSearch.m 五，PSO.m附属子程序 myMI.m 六，配准结果检验程序 restore.m 七， gobad.m对图像进行“平移”和“旋转”(First, GUI interface, proj.m picture selection window, testListBoxlj.m II optimization algorithm PSO.mPOWELL.m three or four MI.mEMI.mRMI.mHiMI.mGMI.mFPMI.m-scale mutual information, POWELL.m subsidiary sub- oneDimSearch.m five procedures, PSO.m subsidiary Subroutine myMI.m six, matching the results of testing procedures restore.m 7, gobad.m images )

一些MATLAB练习用的小代码.均为M文件。全是本人学习时写的。有注释。绝对原创。(MATLAB exercises with some small code. Are M documents. Learning all the time I wrote. Annotated. Absolutely original.)

说明：  数值分析的实验程序，实现了牛顿迭代、样条差值等三种差值等数值分析方法的仿真。(Numerical Analysis of the experimental procedure, the realization of the Newton iteration, the margin three-spline difference numerical analysis methods such as simulation.)

this is a matlab/simulink simulation for the direct adaptive fuzzy control of the inverted pendilum.

改源码是《MATLAB仿真技术与应用》这本书的配套光盘matlab源码。(Source is diverted to )

说明：  1.用差分法求解电容器x轴上的电位分布和原点O点的电位值。（不考虑电容的电磁效应） 2.通过MATLAB仿真实现八木天线的工作原理，获得八木天线的输入阻抗、天线增益、E面方向图和H面方向图。(1.The difference method is used to solve the potential distribution on the x-axis of the capacitor and the potential value at the point O. (without considering the electromagnetic effect of capacitors) 2.The working principle of Yagi antenna is simulated by MATLAB. The input impedance, antenna gain, E-plane pattern and H-plane pattern of Yagi antenna are obtained.)

Client objects implement io operations and cache pages.

气候分析中检验突变的经典程序，如滑动t检验，cv，滑动f检验等(Climate Analysis classic mutation testing procedures, such as sliding t test, cv, sliding f inspection)

说明：  这是一款算法是哑奴，你可以集成到自己的demo里然后自己体验(This is an algorithmic dumb slave that you can integrate into your demo and experience for yourself.)

说明：  半监督学习matlab代码程序，训练集 测试集代码，优化半监督svm 朴素贝叶斯 等等(matlab code program, training set test set code, optimized semi-supervised svm naive Bayes, etc.)