程序实现了背景差法减背景的功能。适用于场景叫简单的视频数据。...

为了将零件固定在PCB上面，我们将它们的接脚直接焊在布线上。在最基本的PCB（单面板）上，零件都集中在其中一面，导线则都集中在另一面。这么一来我们就需要在板子上打洞，这样接脚才能穿过板子到另一面，所以零件的接脚是焊在另一面上的。因为如此，PCB的正反面分别被称为零件面（Component Side）与焊接面（Solder Side）。-parts to be fixed above the PCB, we will take their feet welded directly on the wiring. At its most basic PCB (single-panel), parts of which are concentrated in the side, wire were concentrated on the other side. Suppose we need burrows on the board, then through the legs of another plank, then parts of the legs is another welding in the face. Because of this, the PCB is negative components were known as surface (Component Side) and the welding surface (Solder Side).

二维32位定点傅里叶变换，精度很高哦，附有测试图片，需安装opencv-32-bit fixed-point two-dimensional Fourier transform, high precision Oh, with test images, the need to install opencv

用C语言编写的演示逐点比较法的源代码!-C language demo point by point comparison of the source code!

opencv的运用，在初学的可以参考，对视频和摄像头的调用-opencv the use of the beginner" s to refer to the video and camera calls

以前下载的一些用matlab编写的关于运动轮廓模型程序-Previously downloaded some prepared using matlab contour model on the campaign process

OpenS-CAD, a simple 2D CAD application Have you ever wondered how a 2D CAD application is designed and implemented? I have, so I decided to sit down and write one. Now, implementing a fully functional 2D CAD is a tremendous task for a single person, and not something that can be completed in just a couple of months when only working on it on and off in the evenings. So, what I have implemented so far is the basic framework and only the most basic tools, but it does demonstrate how a CAD application could be implemented.

该软件利用笔记本电脑自带USB摄像头，实现图像的底片模式输出，很适合刚入门做视频图像的同学学习。

计算机图形学的各种算法，如边缘检测，付立叶变换等典型的算法-of computer graphics algorithms, such as edge detection, such as Fourier transform algorithm typical

用VC写的一个从YUV文件转换为BMP文件的图像程序-VC write a document from the YUV conversion of BMP images document the procedures

一个完整简单的PYTHON图像处理程序_1-a simple PYTHON has made a complete image-processing program _