巴特沃斯低

基于复杂背景的人体手势识别，以及对它的鲁棒性的测试-Based on complex background of human gesture recognition, as well as its robustness test

获取屏幕上某点的颜色值，vc初学者使用，希望能有所帮助

此代码用于ECG波形的QRS检测，采用常见的可实时检测波形的算法。-This code for the ECG waveform of QRS detection, the use of commonly available real-time detection algorithm waveform.

介绍数字图像处理方面的知识 包括理论、设计和应用 仅供参考-Introduction of digital image processing knowledge, including theory, design and application for reference only

计算机图形图像学基础算法实验软件包,包含大多数基本图象处理算法程序。-computer graphics and video algorithm based on experimental learning packages, including most of the basic image processing algorithm procedures.

自动多目标检测跟踪,是在OPENCV里实现的,希望大家多多支持-Automatic multi-target detection tracking is achieved OPENCV I hope we can support

在Vb中用MO控件实现画圆、画矩形、画多边形等功能-Vb used in the control MO drawcircle realize painted rectangle, polygon features such as painting

经典的Harris算子源码，通过制定文件路径可以很好的检测出角点-Operators Harris classic source, through the development of a file path can be detected in a very good corner

图像处理程序，支持256色以下图形图像的处理变换，包括傅立叶变换等算法的图像编码。-Image processing procedures, to support 256-color graphics images deal with the following transformation, including the Fourier transform algorithm for image coding, etc..

深入浅出介绍计算机视觉的最新动态。内容包括： * Camera calibration using 3D objects, 2D planes, 1D lines, and self-calibration * Extracting camera motion and scene structure from image sequences * Robust regression for model fitting using M-estimators, RANSAC, and Hough transforms * Image-based lighting for illuminating scenes and objects with real-world light images * Content-based image retrieval, covering queries, representation, indexing, search, learning, and more * Face detection, alignment, and recognition--with new solutions for key challenges * Perceptual interfaces for integrating vision, speech, and haptic modalities * Development with the Open Source Computer Vision Library (OpenCV) * The new SAI framework and patterns for architecting computer vision applications-Easy to introduce the latest developments in computer vision. Include:* Camera calibration using 3D objects, 2D planes, 1D lines, and self-calibration* Extracting camera motion and scene structure from image s