“visual c++实践与提高”一书中的图像融合源码，十分有用

数字图像处理 利用c++ 彩色图到灰度图的转换的源程序-digital image processing using c color the gray level of the conversion of the source

图像二值化算法：Otsu算法，Kittler minimum error thresholding算法，Niblack二值化算法。都是很经典的二值化算法，可用于对图像进行二值化，我自己编写的并经过测试正确。附件中有算法使用说明。-Image binarization algorithm: Otsu method, Kittler minimum error thresholding method, and Niblack method. All these methods are classical binarization methods.

图像模式识别―VC++技术实现，杨淑莹编著，可实现图像聚类-Image Pattern Recognition-VC++ Technology, edited by杨淑莹, achievable image clustering

图像处理程序，支持256色以下图形图像的处理变换，包括傅立叶变换等算法的图像编码。-Image processing procedures, to support 256-color graphics images deal with the following transformation, including the Fourier transform algorithm for image coding, etc..

一个基于VS2003的nems电压驱动梁电阻阻值修正程序，里面有二值化算法。-Nems based on the VS2003 beam voltage resistance amendment procedure, there are binarization algorithm.

用opengl实现的图像处理程序，想做opengl平台下图像处理的，很值得学习。-Opengl achieved using image processing procedures, want opengl platform image processing, it is worth learning.

相当的经典啊 是基于matlab的 大家做图像匹配的都可以用的到,做三维重建方面的。-Rather is based on the classic ah matlab we do the image matching can be used for that, so three-dimensional reconstruction.

计算坐标是否落在给定三顶点的三角形内程序 （做多边形图形填充时的副产品）-calculated coordinates fall on whether to set three vertices within the triangle (polygon graphics do when filling a byproduct)

image solarizing processing-image processing solarizing

PixelFusion工程实现图像融合,PixelFusion工程程序运行时，用户须载入两幅图片，其中全色图像选择给定的图片spot.bmp， 而多光谱图片则为给定的图片tm.bmp。而后用户便可选择各种融合算法进行融合处理。-PixelFusion works to achieve image fusion, PixelFusion project is running, users have to load two images, one full color image to choose a given picture spot.bmp, and multi-spectral images for a given picture tm.bmp. Then the user can choose a variety of fusion algorithm fusion treatment.