Effective algorithms for video shot and scene boundaries detection

Yi Huo, Yanfeng Wang, Haihe Hu
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引用次数: 8

Abstract

Video cataloging is the main technology of video management and reuse. It helps to quickly and accurately query tapes or films and improves work efficiency greatly. However, current cataloging is performed manually because existing computer-aided cataloging system can't achieve expected accuracy and speed. In this paper, it proposes an algorithm to control video structure analysis process cleverly. For video shot boundary detection, it put forwards Poisson model based inter-frame difference histogram to generate threshold. For video scene boundary detection, it raises variable-length sliding window to control detection process. It dynamically adjusts the length of sliding window to avoid too much or too little scene segmentations. Experiments for video shot and scene boundary detection show its efficiency in increasing detection accuracy.
视频镜头和场景边界检测的有效算法
视频编目是视频管理和复用的主要技术。它有助于快速准确地查询磁带或胶片,大大提高了工作效率。然而,由于现有的计算机辅助编目系统不能达到预期的精度和速度,目前的编目工作主要是手工完成的。本文提出了一种巧妙控制视频结构分析过程的算法。对于视频镜头的边界检测,提出了基于泊松模型的帧间差分直方图生成阈值。对于视频场景的边界检测,提出了变长滑动窗口来控制检测过程。它动态调整滑动窗口的长度,以避免太多或太少的场景分割。视频镜头和场景边界检测实验表明,该方法能有效提高检测精度。
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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