基于计算机视觉的人体运动目标检测是计算机视觉领域中倍受关注的前沿课题。
Human motion target detection based on computer vision is a cutting edge research topic causing increasing attention in the field of computer vision research.
针对实时视频中的运动人体目标，提出一种基于人脸肤色和特征的快速人脸检测和跟踪方法。
For fast detecting and tracking human face in real-time video, a method based on the color and character of face was proposed.
该算法检测到的边缘可以反映物体的轮廓信息，因此可以通过边缘组织高效地检测图像中的人体目标。
The set of edge pixels detected by this algorithm is a useful cue for object's boundary, so it can be taken as an important feature for the human detection system.
人体运动视觉分析一般包含运动检测，运动目标分类，人体跟踪，行为理解与描述四个阶段。
In general, the human motion vision analysis includes the follow four steps: motion detection, moving object classification, people tracking, motion understanding and description.
为以后能够精确检测和跟踪人体目标提供了有利的条件。
It provided advantage for precise detection and human body object tracking in the future.
在研发一种数码相机智能自拍系统的基础上，提出了一种简单有效的基于静止背景下目标人体的检测方法。
Based on designing an intelligent self-timer system for the Digital Camera, a simple and effective approach was given to detect and locate the human body based on the still background.
为了避免此类事故，根据红外检测原理研制了被动式红外探测报警系统，以此对矿车里的人体目标进行检测，并作出声、光报警。
In order to avoid such accident, a warning system using passive infrared target detection was developed. It can search body targets in the mine cars and give sound and light warning as well.
该系统算法通过排除非人体目标实现人体检测。
The algorithm of this system excludes other nonhuman objects to detect human.
对于检测到人体头部采用卡尔曼预测和基于目标匹配的数据关联方法进行多运动目标跟踪。
For the detected human heads kalman prediction and data association based on objective matching methods are used to track multiple moving objects.
人体运动目标的检测与跟踪使视觉跟踪的重要部分，它在未来研究领域中将有广阔的前景并能带来巨大的社会效益。
As an essential part of the human motion analysis system, the research in people detecting and tracking can provide broad potential use in the future and economic benefits to the society.
人体运动目标检测方面，利用纵向投影直方图确定运动目标的顶部位置，根据顶部位置来确定头肩区域。
On human body moving object detection, the top of the moving object is located by vertical projection histogram, and the head and shoulder is located according to top position.
人体运动目标检测方面，利用纵向投影直方图确定运动目标的顶部位置，根据顶部位置来确定头肩区域。
On human body moving object detection, the top of the moving object is located by vertical projection histogram, and the head and shoulder is located according to top position.
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