JPEG2000 standard software, powerful, performance than the Jasper and OpenJpeg e...

exp1.m为对图像进行二级分解并提取每层低频信息进行压缩的源程序-exp1.m for the secondary decomposition of the image and extract low-frequency information of each compressed source

可对图像进行几何变换、灰度变换、空域滤波、边缘检测等的VC++程序源代码-Geometry of image transform, gray level transformation, air filtering, edge detection, etc. VC++ Source code

中文注释，读写BMP图片文件的程序 包括打开、关闭文件、读写BMP数据矩阵和RGB、灰度转换，适用于数字图像处理领域的研究人员和入门人员-Chinese notes, read and write BMP picture files, including open, close the file, reading and writing BMP data matrix and the RGB, grayscale conversion, applicable to digital image processing research in the field of personnel and entry personnel

包括matlab程序,c,vc++原代码和一些全景图拼接论文资料-Including the matlab program, c, vc++ The original code and some information on Panorama Stitching Papers

把图像形态学的各个操作的详细算法用VC++程序写出来。-To image the morphology of the various operations detailed algorithm VC++ Procedures write it down.

基于Opencv的图像帧抓取程序，可以从摄像头的连续抓取图像，并动态保存在设定的相应路径下的文件夹中。-Based on the image frame Opencv crawl process can be continuous crawl camera images, and dynamic settings stored in the corresponding path under the folder.

图像旋转自定义角度-definition images from the angle of rotation

基础的打开图像，浏览图像，图像平滑，增强等-a

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.

利用临近点法，双线性法，双立方法等插值算法，实现了图像的平移、缩放和旋转功能-Using near-point, bilinear and bicubic interpolation algorithm to realize image translation, scaling and rotation