资源列表
vectordatadisplay
- 用于将图象的数据用的图形分析显示，锥形图-used to image data using the graphical analysis shows that the cone-shaped map
dft_embed
- 小波变换,C++源程序.小波变换，嵌入，提取水印程序。-wavelet transform, C source files. Wavelet transform, embedding, watermark extraction procedures.
GJdct1
- 关于脆弱性水印的，是一个挺不错的。希望能帮助到有需要的同学-on vulnerability watermark is a quite good. Intend to help the needy students
thin_code_for_handwriting
- 关于数字识别的细化算法，C++源代码。为数字识别提供预处理。-identification number on the refinement algorithm, C source code. Digital identification pretreatment.
handprint_recognition
- 关于联机手写数字识别的C++源代码，可以对手写体数字库进行识别。-figures on the on-line handwriting recognition to the C source code, can figure on the handwritten identification.
yinzhang_recognition
- 用于印章识别的算法实例，处理位图图像，可以自动去除印章的背景，C++源码。-chop for example identification algorithm to handle bitmap images can be automatically removed seals the background, C source code.
matlab_MRF_examples
- 基于马尔科夫随机场的图像分割matlab源码。包括ICM迭代条件模式求解最大后验概率算法。-based on the Markov random field image segmentation Matlab source. ICM conditions including iterative model for the largest posterior probability algorithm.
Graph-Based_segment
- 基于图方法的图像分割C++源码，详细内容参见Efficient Graph-Based Image Segmentation一文。-graph-based methods of image segmentation C source code, See details Efficient Graph - Based Image Segmentat ion a text.
ch1_1_1
- Mosaic Image 两副图片拼节 可以实现图片连接 可判断重叠区域 mfc c-Mosaic Image Photo fight two sections can be achieved Photo Link judge overlapping regional mfc c
ClrJpegDecode
- bmp与jpeg图像格式间的相互转换 包括.cpp和.h文件-bmp format and jpeg images of each other, including conversion. Cpp and. H documents
ezwC
- 对从图象中提取出的像素值距阵进行EZW压缩,里面有C语言实现的编解码程序-right image extracted from the pixel matrix for EZW compression, which has C language coding and decoding procedures
promptshaderey
- 本程序为一个非真实渲染的DEMO以非真实渲染(none-photorealistic rendering)风格，对户外场景进行着色的技术。在2003年秋天的Beyond3D/ATI shader compititon中，Shaderey程序最先使用了这些技术来进行渲染。在Shaderey的户外场景中，包含了地形，云，树木，房屋，天空顶，以及湖水.-the procedures for a non-realistic rendering of the DEMO non-realistic rend