Matlab-Programming

基于Matlab GUI的图像处理的基本方法的整合，包括直方图、滤波、小波、水印、分割等等，参数自由可调，重要代码有详细注释，完全原创，上传交流(Matlab GUI for image processing based on the basic methods of integration, including histograms, filtering, wavelet, watermarks, split, etc., free adjustable parameters, an important source notes are detailed, completely original, upload exchange)

函数作用： cwstd.m——用综合标准化法标准化矩阵 Cwfac.m——计算相关系数矩阵，计算特征向量和特征值，对主成分进行排序，计算各个特征值的贡献率，挑选主成分（贡献率达与85 ），输出主成分个数，计算主成分载荷 Cwscore.m——计算各主成分得分，综合得分并排序 Cwprint.m——读入数据文件，调用以上三个函数，并输出结果 原始数据：存储在src.txt中是一个30×8的矩阵 敲入命令： (PCA)

LMS算法，关于LMS算法的论文，具体的可以看文章(LMS algorithm, thesis on the LMS algorithm, the specific article can be seen)

用场强仪采集数据后，可进行场强分布分析，并绘制出场强分布图。(Strength Meter data collection, field intensity distribution analysis, and draw the intensity distribution of the appearance.)

Matlab图形图像处理函数。全部的Matlab图形图像处理函数集合(Matlab graphics image processing function. All of the Matlab graphics image processing function set)

此函数是进行串并变化的功能函数，包含两个文件，一个进行提取基数为一个提取偶数位，从而达到串并变换的目的。这是在做需要多路进行数字调制所需要的步骤(This function is built to transform a sequence to serial and parallel sequence)

用于海洋科学中计算地球流的一系列matlab程序，非常实用，主要包括地转流输运、地转流速( Collection of functions to calculate Geostrophic Currents # Contents of ocean/geostrophy geo_transp - function [ct,pv,lav,gpa1,gpa2] = geo_transp(p1,t1,s1,la1,p2,t2,s2,la2,pr) geo_veloc - GE_VE [v,pv,lav,lov] = geo_veloc(p1,t1,s1,la1,lo1,p2,t2,s2,la2,lo2,pr) geovel - V = geovel(s,t,p,lat,lon) geovel2d - Calculation of geostrophic velocities geovel3d - Calculation of geostrophic velocities geovelrho - V = geovelrho(rho,p,lat,lon) geovelsva - V = geovelsva(sva,p,lat,lon) gp2uv2d - Calculation of geostrophic velocities. gp2uv3d - Calculation of geostrophic velocities )

通过电网电流和电容电流双闭环实现并网逆变器的直接功率控制 (Double-loop to achieve grid inverter grid current and capacitive current through the direct power control)

用matlab来模拟振荡器谐振腔失谐情况(Matlab oscillator used to simulate the situation of resonant cavity detuning)

implement the Power Al- gorithm for the computation of themaximumeigenvalue of Aj . Write a function Power_Algorithm which takes as input A q (the initial approximation of the eigenvector) and scale (it was given as  in the lectures).