维纳滤波处理 //LPSTR lpDIBBits:指向源DIB图像指针 //LONG lWidth:源图像宽度（象素数） //LONG lHeig...

视频采集程序，包括Detectshow,和一个C++类，opencv-Video collection procedures, including Detectshow, and a C++ Category, opencv

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,

opencv的说明文档，使用opencv的经典的入门级文档-opencv documentation, use opencv classic entry-level document

数字图象处理编程入门.chm-Introduction to Digital Image Processing Programming. Chm

用CRF进行图像分割与检测,MATLAB编写,非常好用-With CRF for image segmentation and testing, MATLAB prepared, very easy to use

simplified approach to image processing

图像处理代码，主要是人脸的自动识别和检测。-Image processing code, mainly because they face the automatic identification and testing.

一个pcnn方面的程序，比较原始，但是效果好-A PCNN procedures, more original, but effective

一个不错得gabor滤波器,有matlab 和 c-Gabor get a good filter, have matlab and c

这是基于PIC系列单片机的C语言编程，采用阈值法检测QRS波，并且将检测到的QRS波经过高低通滤波、微分、移动窗口积分后，通过检测两个相邻的峰值，计算出心率-This is based on the PIC series MCU C language programming, using the threshold detection QRS wave, and the QRS wave is detected after a low pass filter, differential, mobile window points to the public through the detection of two adjacent peaks, calculate the heart rate