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234635734wegy
- CamShift，自动圈定跟踪区域，跟踪效果不错-CamShift, automatic delineation of the region to track, tracking results are good
lll
- 帧差法和meanshift方法相结合的全自动跟踪方案，里面有详细的介绍~，感觉写的还可以-Meanshift frame difference method and combining the fully automatic tracking scheme, which are described in detail ~ and feel can also be written
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
Markov-Decision-Process-matlab
- 马氏过程的应用很广， 机器人路径计划， 自动飞行器导航，多目标跟踪， 电梯计划， 网络交换和路由， 银行客户保有等等。-Application of Markov process is broad, robot path plan, automatic vehicle navigation, multi-target tracking, lift plans, network switching and routing, bank customers to maintain and so on.
myblobtrack
- 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
contourtrack
- matlab边界自动跟踪程序，该程序可以直接运行，涉及边界判别准则和搜索准则。图像要求为二值图像，可输出为边界的点的坐标和轮廓图像。-matlab boundary automatic tracking program can be run directly involving border criteria and search criteria. Image requirements for binary images can be output for the coordinates of
blodtrack
- 运动物体的自动识别，以及检测运动物体，并实现跟踪的功能。-Sports automatic identification of objects, as well as the detection of moving objects and tracking functions.
TRACK_9.24
- 可以自动识别目标，并进行跟踪，可设置两种跟踪方式，重心或者相关。-Can automatically identify targets and track follow-up can be set in two ways, the focus of or related to.
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- 一种能自动识别运动目标的跟踪方法，跟踪实时性较强，效果很好。-Can automatically identify a moving object tracking method, tracking real-time highly effective.
real
- 视频运动目标跟踪逐渐成为研究热点并应用到军事民用等领域,为了能够从真实场景中快速准确地提取 视频跟踪单运动目标或多运动目标,提出了一种新的运动目标自动提取方法。-Video tracking of moving targets gradually become a research hotspot and civilian applications in areas such as military, in order to be able to quickly and accurately
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- 真实场景下视频运动目标自动提取方法.主要的研究内容包括运动物体检测，分类和跟踪，研究成果可以广泛地应用在交通管理系统，视频监视系统和军事目标跟踪系统，同时还可以应用在基于内容的视频数据压缩编码中。-Real video scenes under the automatic extraction method of moving targets. The main content includes moving object detection, classification and tracki
67506270ATCamShift
- 对目标进行自动跟踪，camshift是不错的算法，如果在和其他的算法想结合，能你部camshift的不足，希望网友仔细体会-Automatic tracking of targets, camshift is a good algorithm, if the algorithm and the other would like to combine, to the Department of camshift less than you hoped that carefully User Exp
3971019SEED106_GrayStretch
- 运动目标检测与跟踪算法,可以实现目标的自动检测与跟踪-Moving target detection and tracking algorithm that can achieve its objectives of automatic detection and tracking
OpenCV_LKDemo
- LK稀疏光流Demo 可以在场景中自动找出关键点并自动跟踪，也可以使用鼠标在指定位置添加关键点，此程序是很好的学习光流的示例。本程序基于OpenCV。-LK Sparse Optical Flow Demo automatically in the scene to identify the key points and automatic tracking, you can also use the mouse to add the key points in the specified lo
researchonDetectionandTrackofMovingHuman
- 本文构建了一套自动的运动人体检测跟踪原型系统，对从一台固定的数码摄 像机采集的视频图像进行处理与分析，能够检测和跟踪运动人体。该原型系统由 运动人体检测、运动人体跟踪、人群融合分离跟踪等部分构成 -This paper built an automatic detection of tracking the movement of human prototype system from a stationary digital video cameras capture the vi
MyVideo1.0_AutoCamshift
- 程序用MFC+openCV编写。可实现自动获得一个目标选择框并进行跟踪 先用视频前几帧进行帧间差分，用cvFindContours()得到二值差分图像中最大的连通块作为camshift的初始选择框 程序做的不完善，只能针对类似test.avi的视频进行测试。(读一下函数GetBlob()你就能明白为什么了) 可能有些压缩格式的视频打不开，需要安装Xvid解码器-Program using MFC+ openCV prepared. Can be realized a
7788
- 大名鼎鼎的方帅的博士学位论文---目前,计算机智能视频监控在理论和应用上都面临着很多难题,国内外大批学者投身于该领域的研究和探索,并且取得了大量的成果.本文是在这些成果的基础上,对计算机智能视频监控系统的关键技术进行研究.主要贡献可概括如下:首先,对目标检测技术进行了研究,并提出了一种基于背景建模的运动目标检测算法.利用统计的方法建立了基于颜色和颜色梯度的背景模型,并实时地对背景模型进行更新,最后将这两种背景模型综合考虑对目标进行了有效的检测.接着,研究了复杂背景下多目标跟踪问题,提出了基于蒙特
Tracking_the_source_of_human
- VC++数字图像处理技术,人体跟踪源代码，自动跟踪定位！很不错-VC++ digital image processing technology, human tracking source code, auto-tracking! Very good
彩色目标跟踪
- 利用电脑摄像头导入视频数据流，对指定颜色的目标进行追踪(Using a computer camera to import video data streams, track the target of the specified color)
基于粒子滤波器的目标跟踪算法及C++实现
- 基于粒子滤波器的目标跟踪算法及C++实现，运行方式：按P停止，在前景窗口鼠标点击目标，会自动生成外接矩形，再次按P，对该选定目标进行跟踪。(The target tracking algorithm based on particle filter and C++ implementation, operation mode: stop by P, click the target in the foreground window, automatically generate the oute