Automatic Cut Detection Based Video Segmentation

K. Mohanty, P. Kanungo
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引用次数: 2

Abstract

Due to the increasing demand of internet technology and availability of high performance computers the demand for video surfing, transmission and retrieval is increasing day by day. The automatic annotation is a process which helps the browser or the user to retrieve the exact video as well as the exact shots or content based frames from a video by saving time and resources. The first step towards the automatic annotation is the temporal video segmentation. A boundary between two groups of video is defined as cut. A cut has been declared between two consecutive image frames if the two frames are sufficiently dissimilar. In this paper a Peak Change Ratio based cut detection has been addressed to detect the cuts in a video. The performance of the proposed method is superior in terms of "R (Recall)", and "F1" measure in comparison to the existing histogram based cut detection and Gargi's RGB color model based cut detection.
基于自动切割检测的视频分割
随着互联网技术的发展和高性能计算机的出现,人们对视频浏览、传输和检索的需求日益增加。自动注释是一个帮助浏览器或用户从视频中检索准确的视频以及准确的镜头或基于内容的帧,从而节省时间和资源的过程。实现自动标注的第一步是实时视频分割。两组视频之间的边界被定义为cut。如果两个连续图像帧足够不相似,则在这两个连续图像帧之间声明一个剪切。本文研究了一种基于峰值变化率的剪切检测方法来检测视频中的剪切。与现有的基于直方图的切割检测方法和基于Gargi的RGB颜色模型的切割检测方法相比,该方法在“R (Recall)”和“F1”度量方面表现优异。
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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