Edge Detection Based Motion Tracking

K. vinay, T. B. Teja, G. S. Kumar
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Abstract

Tracking and Detection of objects in group of video is very useful in computer vision. This has numerous application in human computer interaction, robotics, surveillance systems and other fields. All of these systems necessitate real-time processing, and finding a way that is both efficient and simple. This work presents robust and fast approach to identify and to track the moving objects. The majority of present methodology is centered on tracking the edge detection of mobility via the fix edges. Image capturing, background subtraction, and Canny edge detection can all be used to detect moving objects. The background subtraction technique, as used in my techniques, is based on directly subtracting two consecutive frames to derive the difference image. The difference image denotes the locations where a moving item was in frame N and where the object is now in frame N+1. The results reveal that, in addition to its efficiency, the suggested method is capable of overcoming problems such as variations in brightness and changes in background over a time.
基于边缘检测的运动跟踪
视频群中目标的跟踪与检测在计算机视觉中是非常有用的。这在人机交互、机器人、监控系统等领域有着广泛的应用。所有这些系统都需要实时处理,并找到一种既有效又简单的方法。这项工作提出了一种鲁棒和快速的方法来识别和跟踪运动物体。目前的方法主要集中在通过固定边缘跟踪移动的边缘检测。图像捕获,背景减法和Canny边缘检测都可以用来检测运动物体。在我的技术中使用的背景减法技术是基于直接减去两个连续的帧来得到差分图像。差值图像表示移动的物体在第N帧中的位置,以及物体现在在第N+1帧中的位置。结果表明,除了效率之外,该方法还能够克服一段时间内亮度变化和背景变化等问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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