我们为图片加上水印并上传并不难 这个例子就是这样的

实现各种基础的图象处理功能，例如傅里叶变换，图像滤波，平滑锐化，直方图-based on the realization of various image processing functions, such as Fourier transform, image filtering, smoothing sharpening, histogram

/* 程序名称：laplace.c 功能：从摄像头或者AVI文件中得到视频流，对视频流进行边缘检测，并输出结果。 */-/* Program Name: laplace.c functions: from camera or AVI file to be video streaming, video stream on the edge detection, and output results.* /

利用数字水印技术能够对数字作品实现有效的版权保护。目前的数字水印技术大多都是针对多媒体数据。但是在地理信怠系统中除了橱格数据外, 还存在大的矢童数据。目前的数字水印算法仅仅能满足橱格数据, 无法满足在矢童数据中嵌入水印的需求。本丈在分析数据特汽的基础上, 在矢童数据的频城提出了一套行之有效的数字水印算法。-The use of digital watermarking technology for digital works to achieve an effective copyright protection. At present, most of the digital watermarking technology are targeted at multimedia data. However, in the geographical letter except idle system cabinet grid data, there are still a big child vector data. At present, only the digital watermarking algorithm can satisfy the cupboard grid data, unable to meet the child in the vector data embedded watermark needs. Zhangting data in the analysis of this special steam on the basis of the data in the frequency of vector Tong City proposed a set of proven digital watermarking algorithm.

本程序是遗传算法求极值,有助于对遗传算法的理解-This procedure is a genetic algorithm for extreme value, contribute to the understanding of the genetic algorithm

小小的东西,提朋友做的,帮忙上传,大家分享-Little things to do to friends, and help upload, U.S. Share

VC开发环境下编写的数字图像处理应用程序，适合初学vb图像处理人进行学习，有一定得学习价值-VC prepared the development environment the application of digital image processing, image vb for beginners to learn to deal with people, it must learn the value of

图像处理，用于特征提取，可以进行图像分割，识别等！-Image processing for feature extraction, image segmentation can be carried out, identify, etc.!

利用模糊C均值聚类法实现彩色图像分割，Visual c++ 6.0 实现。-color image segmentation using C-means clustering, implementation by Visual c++ 6.0

fkm算法实现，主要应用于图像处理，数据挖掘 -FKM algorithm, mainly used in image processing, data mining

计算机图形学中才用c++实现的多边形边缘填充算法-Have used computer graphics c++ implementation of the edge of the polygon fill algorithm