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Categorizing video shots by utilizing SVM and wavelet

机译:利用SVM和小波对视频镜头进行分类

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Shots classification plays an important role in well indexing, browsing and retrieving video content. By that, the large amount of video content can be efficiently indexed, and then, it can provide convenience for managing video. In this paper, edge features are firstly extracted by wavelet, which can not only reduce amount of shots data but also preserve the important structural properties of shots. And then, to reflect local properties of shots, ratio of edge pixels in each sub-window is calculated. After that, color moments are computed to reduce loss of global properties, which can assist edge features in well indexing shots. Finally, support vector machine (SVM), which has a very good performance on pattern recognition, is employed to classify shots. Experimental results demonstrate that this method can efficiently categorize video shots and satisfy the basic needs of shots classification.
机译:镜头分类在正确索引,浏览和检索视频内容中起着重要作用。这样,可以有效地索引大量视频内容,然后,可以为管理视频提供便利。本文首先通过小波提取边缘特征,不仅可以减少镜头数据量,而且可以保留镜头的重要结构特性。然后,为了反映镜头的局部特性,计算每个子窗口中边缘像素的比率。此后,计算色矩以减少整体属性的损失,这可以帮助井眼索引镜头中的边缘特征。最后,采用在模式识别方面具有很好性能的支持向量机(SVM)对镜头进行分类。实验结果表明,该方法可以有效地对视频镜头进行分类,满足镜头分类的基本需求。

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