使用C＃编写的采用卡尔曼滤波和bregeler算法的图象识别程序，在.net2005下运行，识别率高，自动特征库，有机器学习功能...

基于kmeans的图像分割算法，首先得到图像，再确定分类，并计算各分类的均值，从而得到各个像素的分类。-Kmeans-based image segmentation algorithm, first of all get the image, and then determine the classification, and calculate the various categories mean, and thus obtain the classification of each pixel.

基于matlab编写的摄像机定标源代码，希望对大家又有-Prepared based on the matlab source code for camera calibration, and they hope to have everyone

图像处理 图像rgb空间转换为His空间-Image Processing Image rgb space conversion for His Space

基于遗传和蚁群混合算法的图像配准算法 需要利用matlab遗传工具箱-Based on genetic and ant colony algorithm for hybrid image registration algorithm need to use genetic toolbox matlab

sift算法的c算法，基于opencv的，一个大牛写得，很厉害的。-c algorithms sift algorithm, based on the opencv, a large cattle write, it is powerful.

能够自动实现图像融合的工具，而且包含很多方法供大家选择-Image fusion can automatically realize the tools, but also contains many ways for everyone to choose

卡尔曼和维纳滤波器的设计及使用 附带源代码-Kalman and Wiener filter design and the use of collateral source code

针对图像的噪声，进行平滑去噪，中值滤波，邻域平均法，还有产生椒盐噪声和随机噪声。取自《vc++图像处理程序设计》第5章-Against the image noise, denoising smoothing, median filtering, neighborhood averaging method, as well as generate Salt and pepper noise and random noise. Retrieved from " vc++ image processing program design," Chapter 5

1)具体功能为:鼠标绘制折线,给出折线的缓冲区宽度,提取出折线的平行线. 2)本程序是利用地图代数中距离变换的方法(栅格方法),提取折线的平行线.和笔者前一阵子上传的折线的平行线算法(矢量方法)可做对比 3)注:矢量方法中没有考虑垂直的特殊情况,增加个判断条件便可消除. -1) the specific features as follows: the mouse line drawing, broken line give the width of the buffer, to extract the broken line parallel line .2) This procedure is the use of map algebra in the distance transform method (grid method), Extraction of broken parallel lines. and the author of the line long ago From the parallel line algorithm (vector method) can be compared 3) Note: The vector method does not consider the special circumstances of the vertical, increasing the conditions of a judge could be removed.

关于图像腐蚀、图像膨胀、开运算和闭运算、以及数学形态学的其他运算-corrosion on the image, image expansion, opening and closing operations computation, mathematical morphology and the other Operational