纹理和纹理映射的PPT，包括两

3*3 中值滤波的verilog代码实现，已经调试通过！欢迎提出宝贵意见！-3* 3 filtering to achieve the verilog code has been adopted debugging! Welcomed the valuable advice!

matlab实验，实现图形图像处理，包括实现的全部代码！-matlab experiment, to achieve graphic image processing, including the realization of all the code!

采集卡采集一幅图像在窗口中显示一幅，线程，连续显示，图像采集后显示-Collecting an image acquisition card in a window, thread, continuous display, image acquisition and display

图像质量评估程序，主要 用于遥感影像质量评估用C#编写-Image quality assessment procedures, mainly for remote sensing image quality assessment prepared using C#

近邻法的matlab 程序,采用1近邻法,多分剪辑的方式,有助于对近邻法的理解-Matlab neighbor law procedures, the use of one neighbor method, multi-way sub-clips, contribute to the understanding of neighbors Law

基于visual c++对图像进行DCT变换的编程-Based on visual c++ Image DCT transform programming

在simulink下封装的单高斯模型的s_function.用于模型模块的搭建-Under the package, the simulink model of a single Gaussian s_function. For the model to build the module

我的一个图像处理作业，实现了基本的图像处理功能，希望那个对你有用-one of my image processing operations to achieve the basic image processing functions, in the hope that this be useful to you

小波分析理论入门，对图像处理信号分析的研究人员很有意义，强烈推荐-Introduction to the theory of wavelet analysis, signal analysis of the image processing researchers meaningful strongly recommend

算法特点： (1)可检测低对比度直线(可根据感兴趣问题的边缘强度调整)； (2)编程接口简单，集成移植非常容易，算法可输出图像中每条直线的起点、终点、斜率等参数； (3)程序代码完全工程化设计，对320×240图像的处理速度可达15帧/秒； 测试方法： 在安装有USB CMOS摄像头的计算机上直接运行本程序即可看到实时检测直线的处理效果(采用不同颜色表示不同方向的直线)。 (可用于立体视觉、摄像机标定、人体运动分析、智能交通道路检测、工业生产监测等) -Algorithm features: (1) can detect low-contrast line (which can be the basis of issues of interest to adjust the edge intensity) (2) The programming interface is simple, very easy to transplant integration, the algorithm can output images in a straight line for each starting point, the end of the slope and other parameters (3) code fully engineered design, on the 320 ⊙ 240 image processing speeds of up to 15 frames/s testing methods: in the installation of USB CMOS camera has a computer running the program directly to see real-time Detection of linear treatment effect (using different colors in different directions that a straight line). (Can be used for stereo vision, camera calibration, human motion analysis, intelligent traffic detection,