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tracker
- 人体识别跟踪程序，可自动计算识别人体，并根据运动趋势跟踪，重点设别头部和面部-Human identification and tracking procedures, can be automatically calculated to identify the body, and in accordance with the trend of tracking campaigns, the focus for other head and facial
Image_Processing_Practise
- 这是《精通Visual C++数字图像处理技术与工程案例》光盘源代码,共包含9个完整用例（含源代码、完整设计流程图、原理介绍）：人脸检测、牌照自动识别监控、运动人体跟踪、细胞识别统计、文字识别、相机自动调焦、计算机集成数控、运动检测、车牌定位。书中含图像和视频资源，不需自行搜集。此外还有对于数字图像处理基础知识、工程使用中涉及的基本技术的介绍。-This is《proficient in Visual C++ digital image processing technology and eng
kamanlvbogenzong
- Ka lman 滤波的人体运动位置跟踪算法。基于视频的人体运动跟踪是当前计算机视觉研究的热点, 具有广泛的应用领域. 文中提出 一种基于Kalman 滤波的跟踪算法. 合理使用自适应背景颜色模型, 能够准确地对人体运动位置进 行跟踪-Ka lman human filtering algorithm to track the location of sports. Video-based human motion tracking is the current research on c
limb
- 反向动力学模型，可用于跟踪计算人体上肢各参数。-IK model, can be used to track human body upper arm.
HumanTrack
- this code is to track the human body in a serial of images or in a video。it uses c++ and opencv ，before using，u should makesure u have opencv。
human-detection_0.1_src_2011-02-10_Idiap_shared(1
- This system consists of human detection, human tracking and false object detection. The human detection utilizes the background subtraction to segment the blob and use codebook to classify human being from other objects. The optimal design
Optimization-for-Multi-Limb-
- 如果大家有用过kinect做开发，不管是使用kinect SDK还是使用OpenNI，估计都对这些库提供的人体骨骼跟踪技术有一定的好奇，心里在想，每个人穿的衣服不同，身体特点也不同，所处的环境不同，且走路或做手势时的姿势也不相同，竟然能够跟踪人体的骨架，且效果不错。那么上面的Kinect SDK和OpenNI提供给kinect开发的核心算法——人体骨架跟踪到底是怎么实现的呢？-If everyone used kinect development to do, whether it is usi
ParticleEx2
- 粒子滤波例子，追踪人体穿过大气，可以自己根据实际更改参数- Track a body falling through the atmosphere.This system is taken [Jul00], which was based on [Ath68].