根据：一种可识别破碎图形的特殊广义Hough变换方法 论文，在matlab上做的实验源码，有模版生成，广义哈夫变换代码...

数字水印作为一种将特殊信息嵌入媒体数据的技术,近年来已成为国内外研究的热点并有着广泛的应用前景,通常数字水印被应用于数字图像音频视频以及其他媒体产品上以进行版权保护和验证多媒体数据的完整性-Digital Watermarking as a special information technology embedded in media data, in recent years has become a hot research and has wide application prospect, usually digital watermarking has been applied to digital images audio video and other media products for copyright protection and verify the integrity of multimedia data

如何使用RSS进行科学文献检索。非常有用的一个文档。-How to use RSS to carry out the scientific literature retrieval. A very useful document.

perform the Hough Transform of a square binary image. Significantly faster than version 1.

求解一个矩阵的逆矩阵过程，是一个矩阵的化简过程

摘　要:舌象中的裂纹是中医舌诊中的重要内容。由于拍摄条件的不同,舌象质量有较大差异,传统的阈值选取方法并不 适用。文中提出一种舌象裂纹检测的自适应阈值选择方法。该方法利用舌象的L 3 a 3 b 色彩特征及区域的分裂- 合并, 对舌象进行区域分割,自适应地选取舌中部区域的色彩值作为阈值,对整个舌象进行裂纹提取。经验证,本方案对不同的 舌象能较好地提取出裂纹,实现舌象裂纹诊断的客观化。-Tongue’ s crack is a very important part of herbalist doctor diagnosis. For the different screen conditions , there are many differ2 ences on the tongue’ s quality. It is not effective to use the t raditional threshold ext raction algorithm. In order to solve this problem , pro2 pose a new adaptive threshold algorithm. Present the segmentation of the image of tongue by using the feature on tongue in the L 3 a 3 b color space and the split- combining algorithm. Then use the threshold , which is the color value ext racted automatically in the middle of the tongue , to detect the crack of the whole tongue. The experiments show that this approach is able to distill the crack effectively to different tongue images , and achieve the objectivity of the diagnosis based on the tongue’ s c

现在进行图像处理已经越来越频繁，下面是用c语言进行图像jpeg处理压缩编码源程序-Will now proceed to image processing has become increasingly frequent, Here is using c language source code to handle compressed jpeg image

概述了3D编程的必要知识，尤其是3d编程的数学要求，及相应算法-An overview of 3D programming the necessary knowledge, especially the 3d mathematical programming requirements, and the corresponding algorithm

采用Visual c++ 进行图像处理，已经经过检测，非常实用，本源码主要是离散傅立叶分析-for image processing, have been tested, the very practical, The main source of discrete Fourier analysis

图像处理 自己编写的，能处理256色位图-Image processing have written to deal with 256-color bitmap

通过边缘检测寻找图像上圆点的圆心坐标，可用于大量的图像处理程序-Image through edge detection to find the center coordinates of the dots