A slightly weather conditions to the evil forces of the de

matlab语言，基于测算视频帧之间欧拉距离的方法来进行关键帧提取操作

shows the filtered images by Gabor filters.

北京大学遥感所的研究生图像处理讲义高级遥感数字图像处理（硕士生课程）之第七章 代数运算-Peking University

这是一个在WindowsCE环境下浏览图像文件的源程序- This is glances over the picture document under the WindowsCE environment the source program

实现四个功能：一、图和图素1． 定义屏幕坐标2． 在屏幕中心作下列图素：点 • ； 小方块 ■ ；大方块 ■ ； 圆点 ● 。以上述图素画线二、3． 用DDA法画线段；4． 用DDA法画圆。三、已知如图所示的多面体，其各棱边长均相等。要求1． 用步进法（即+1比较法）编写AB线段生成程序；2． 用法线法编写消隐程序；3． 编写让多面体绕其中心轴线旋转30o、45o、60o的程序四.在三的基础上自动绘制各棱边，自由旋转任意角度-realization of the four functions : 1, maps and map-1. Two definition screen coordinates. In the center of the screen-map for the following : Point# 8226; ; small chunks; large chunks; dots. The above map-line drawing two, three. DDA law with painting segment; 4. With DDA Act Circle. 3, as shown in the figure known polyhedron, its edge longer being equal. Requirements 1. Walking France (a comparison) prepared AB segment generated procedures; 2. Usage prepared blanking line method; 3. To prepare for polyhedron around its central axis rotation 30o, 45o, 60o procedures 4. The three on the basis of automatic drawing the edge, the Liberal arbitrary rotation angle

用C语言实现了Cohen-Sutherland算法，代码可以直接复制到tc里面运行，很好实现了线段裁剪-With the C language to implement Cohen-Sutherland algorithm, the code can be directly copied to the tc run inside, well realized Line Clipping

这是华中科技大学出版社出版的Vega可视化实时仿真技术中最中的一个源码，实现了动态加入ADF文件，环境的模拟，不同的绘图模式，多种漫游方式等。-This is the Huazhong University of Science and Technology Publishing House of Vega visualization real-time simulation technology the most in a source, adding ADF to achieve a dynamic document, the simulation environment, different graphics mode, a variety of ways, such as roaming.

联机手写数字识别的全部源码,主要用到了图像处理和模式识别的知识，大家参考一下哟！-Online descript number recognition with all code.Mainly used the knowledge of image disposes.

采用传播波方程对运动模糊图像进行恢复，还有一些基本变换的实现-wave equation used to disseminate campaign fuzzy image restoration, there are some basic conversion in the

Jpeg 解码的例子--Jpeg decoding example