Enhance Intelligence Video Surveillance with depth and color information

Yu-Jen Chou, Bor-Chyun Wang, S. Su
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引用次数: 4

Abstract

Recently, Intelligent Video Surveillance (IVS) mainly use color image to detect people who are entering, leaving and loitering at a fixed area. When detected event is happening, Intelligent Video Surveillance can turn passive into active to notify security guard immediately, and it makes security guard reduce response time. Actually, the color image may be influenced by light and shadow change condition during background removal and foreground extraction. Foreground object is not easily divided up, and it makes detecting object incomplete and may be misjudged. This research uses a color camera to combine with a depth camera to detect the events. Depth information can resolve the light and shadow change condition problem and complicated color background. It divides up the foreground object easier and more completed, and the foreground object is used to detect the events. Experiment result shows that using depth information to divide up the foreground object for detection can enhance effectively accuracy. Although using depth information to detect can resolve the light and shadow change problem and complicated color background problem, depth information has the distance limit of detection. But color information does not have the distance limit. In view of this, I integrate the advantages of color and depth to implement the Intelligent Video Surveillance. The result shows this is better than only using color or only using depth. The system is very suitable for use in the indoor environment.
增强智能视频监控的深度和颜色信息
目前,智能视频监控(IVS)主要采用彩色图像对固定区域内的人员进出和徘徊进行检测。当检测到事件发生时,智能视频监控可以化被动为主动,第一时间通知保安人员,使保安人员减少响应时间。实际上,在背景去除和前景提取过程中,彩色图像会受到光影变化条件的影响。前景目标不易分割,使检测目标不完整,容易误判。本研究采用彩色摄像机与深度摄像机相结合的方式对事件进行检测。深度信息可以解决光影变化条件问题和复杂的色彩背景。它更容易、更完整地分割前景对象,并利用前景对象检测事件。实验结果表明,利用深度信息分割前景目标进行检测可以有效提高检测精度。虽然利用深度信息进行检测可以解决光影变化问题和复杂的色彩背景问题,但深度信息具有检测的距离限制。但颜色信息没有距离限制。鉴于此,我将色彩和深度的优势结合起来,实现智能视频监控。结果表明,这比只使用颜色或只使用深度要好。该系统非常适合在室内环境中使用。
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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