dct频域进行图像缩放的源码，非常有用。可以很快的进行图像缩放，免去了DECODE再插值。...

HOUGHTRANSFORM uses Hough transform for line detection. (very fast and easy solution).

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

使用OpenCV写的图象角点检测的程序,提取角点效果非常好-Written using the OpenCV image corner detection process, extraction is very effective in corner

全书程序用VC6.0编写，程序有的是一个主函数写成，有的主函数调用若干子程序，很容易在turebo C,Borland C++ 及Unix机上运行，包含图像处理的一般操作，适合广大图像处理学者编程使用-Procedures for the preparation of the book with VC6.0, procedures written in either a main function, and some main function calls a number of subroutines, it is easy in turebo C, Borland C++ And running on Unix machines, including the general image processing operations, for the vast numbers of Image Processing Programming scholars use

vb写得关于图像处理方面的内容，可能对大家有所帮助-vb written on the image processing aspects, may be helpful to everyone

以前我见到一个屏幕字体滚动程序，可是那个使用C++写的。于是自己写了一个对话框内的字幕滚动程序。原理是相同的！-ago, I saw a screen fonts rolling process, but that the use of C writes. So wrote a dialog within the subtitles rolling process. The principle is the same!

图像处理类，可以用作显示图像，打开，并附有一个封装好的CDIB函数，可以直接调用其中的各个函数-Image processing class, can be used to display images, open, along with a packaged CDIB function, all of which can directly call the function

高斯随机噪音程序，做理论模型数据时，一般会加高斯随机噪音，以模拟实际数据-Gaussian random noise process, make the theoretical model data, they generally will be Gaussian random noise to simulate the actual data

图像分割 图像处理的 一本很重要 很实用的书-Image segmentation image processing is a very important and practical book

第二章 MATLAB 图形绘制基础 2.1 二维绘图 2.1.1 基本绘图函数 2.1.2 图形窗口的修饰 2.2 三维绘图 2.2.1 plot3 函数 2.2.2 三维网格图和曲面图-MATLAB chapter 2.1 Rendering the basis of two-dimensional mapping function 2.1.2 graphics 2.1.1 basic graphics window 2.2 modified three-dimensional mapping function 2.2.1 plot3 Figure 2.2.2 Three-dimensional grid and surface map