心电波形监测算法，相信对了有一定帮助…

基于K-mean，也即是取K值法提取方法的关键帧抽取方法

快速傅立叶变换fast_fft-Fast Fourier Transform fast_fft

程序说明: //该函数用来对图像进行阈值变换。对于灰度值小于阈值的象素直接设置 灰度值为0；灰度值大于阈值的象素直接设置为255。-procedures :// This function used to image transform threshold. For gray value less than the threshold value of the pixel intensity value directly set to 0; Gray value greater than the threshold value of the pixel is set to direct 255.

PYTHON的VTK-VTK used for phthon.

用c实现的一个简单的volume rendering algorithm.-c achieved with a simple volume rendering algorithm.

DirectShow的Players-DirectShow Players

抓图小精灵(Capture Genius) v1.0,可以捕获整个屏幕、活动窗口、延时捕获窗口、捕获包含标题的窗口、用户窗口、滚动窗口等,捕获的图片并可以保存为BMP、JPGE图片,可以用微软画图工具编辑,可以保存位墙纸.具有打印图片功能.这个小工具还支持多国语言(简体中文、英文)-Little Stars (Capture Genius) v1.0, can capture the entire screen, window activity, delay capture window, capturing the title contains the window, users window, scroll window, and capture images can be saved as BMP, stylish photographs, can be used for paint with editing, wallpaper spaces can be preserved. with Photo Print function. this small tool also supports multiple languages (English, English)

Ras2vec 源码 Ras2vec是一个用于将光珊图像转换为矢量图的工具，适合于将光珊格式（支持BMP、TIF）的工程图纸、地图、构件图转换为可无级缩放的矢量格式（支持EMF、DXF等格式），功能十分强大。同时它也是一个完全符合GPL协议的自由软件，提供了完整的源代码，推荐使用！作者：Davide Libenzi，工具：通用C 。-Ras2vec is a source for optical Alexandra images to vector conversion tool, suitable for optical Alexandra formats (BMP, TIF), engineering drawings, maps, plans components can be converted to no-scalable vector format (EMF support, DXF format), the function is very powerful. It is also a fully consistent with the GPL free software, provides a complete source code, recommended! Author : Davide Libenzi, tools : Definitive C.

2004年5月的一次图形学讲义-May 2004 a graphics lectures

这是几个数字图像处理的程序实例，有经典的傅立叶变换和反变换、图像增强（中值滤波、增强光照）还有染色体计数。它们都是经典算法的实现。-Here are several digital image processing examples including classical Fourier transform and its inverse, image enhancement (like median filtering, intensity enhancement) and chromosome countering, all are the realizations of classical algorithms.