数字影像相关系数匹配算法的vc实现 功能全部实现

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.

一个检索图像库中哪些图像与给出的图像最相似，图像库中图像的格式必须为bird-0009.jpg种形式，示例图像要从图像库中选示例-a library which image and the image is the most similar image library image format for bird-0009.jpg forms, sample images from the image library selected examples

图像基本读取、保存、显示等操作,功能完整，代码可靠。-Image basic read, preserve, display and other operations, full-featured, reliable code.

该程序用于嵌入信息位置的选择 可以根据产生的随机序列来嵌入 达到满足信息安全的要求-The procedure used to select the location of embedded information can be generated by random sequence to achieve the embedding of information security to meet the requirements of

利用VC++开发软件来实现人体的运动跟踪,其中利用到了OPENCV的一些函数-Use VC++ Development of software to realize the human body motion tracking, in which the use of some of the OPENCV function

各种各样的非压缩图像格式（bmp,ppm,pgm）转化源码。-variety of non-compressed image formats (bmp, ppm, pgm) into the source code.

最新的图像融合算法，在Visual C++的环境中实现的，运行很快的-The latest image fusion algorithms, in the Visual C++ Realize the environment, and running quickly

一个是求一个图像的垂直和水平的灰度积分投影，一个是将视频转化成帧。可运行-One is seeking an image of the vertical and horizontal integral projection of the gray one is framing the video conversion. Run

数字图像处理常见算法的源程序，形态学，二值化，高斯噪音都包括了 -Common digital image processing algorithms source, morphology, thresholding, Gaussian noise is included

读取amsre卫星数据 分别求出2007年6月、2007年12月、2008年6月105°E－145°E，10°N－50°N范围内各参数的平均值。-Read amsre satellite data derived in June 2007, respectively, in December 2007, June 2008 105 ° E-145 ° E, 10 ° N-50 ° N within the average of each parameter.