Video Shot Annotation Based on Hypergraph Random Walk Algorithm

Xianfeng Li, Yongzhao Zhan, Sen Xu
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Abstract

We introduced a semi-supervised learning framework based on hyper graph random walk algorithm (HRWA) for content-based video-shot annotation, in which a probabilistic hyper graph is used to represent the relevance relationship among the vertices (video shots). First, based on the similarity matrix computed from attribute values of video shots, a label random walk graph is built on the training set. Second, the random walk processing is carried on a hyper graph system when an unlabeled data arrives and a probability distribution among all labels is obtained. Then, the label category of each shot is determined according to the threshold. Finally, the effectiveness of HRWA is demonstrated by experiments on news video database of TRECVID 2007.
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基于超图随机游走算法的视频镜头标注
本文提出了一种基于超图随机游走算法(HRWA)的半监督学习框架,用于基于内容的视频片段标注,其中使用概率超图来表示顶点(视频片段)之间的关联关系。首先,基于视频片段属性值计算的相似矩阵,在训练集上构建标签随机游走图;其次,在超图系统中对未标记数据进行随机游走处理,得到所有标记之间的概率分布;然后,根据阈值确定每个镜头的标签类别。最后,在TRECVID 2007新闻视频数据库上进行了实验,验证了该算法的有效性。
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