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An automatic method for detecting objects of interest in videos using surprise theory

机译:利用惊喜理论自动检测视频中感兴趣的对象的方法

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Automatically detecting objects of interest in videos is a challenging issue since there is no prior knowledge about which objects should be detected and what these objects look like. The objects of interest can be defined as salient ones and the saliency can be measured by surprise theory. Therefore, this paper proposes a new method for automatic object detection. It involves two modules: surprise estimation and object localization. The surprise estimation module first uses the surprise theory to obtain a saliency map which indicates the novelty of each pixel compared with its previous states. The object localization module then determines where the salient objects locate based on the branch-and-bound search algorithm. Experimental results have shown that the objects of interest in videos can be successfully localized by using the proposed automatic detection method.
机译:由于没有关于应该检测哪些对象以及这些对象的外观的先验知识,因此自动检测视频中感兴趣的对象是一个具有挑战性的问题。感兴趣的对象可以定义为显着对象,而显着性可以通过突袭理论进行度量。因此,本文提出了一种新的自动目标检测方法。它涉及两个模块:意外估计和对象定位。惊奇估计模块首先使用惊奇理论来获得显着性图,该显着性图指示每个像素与其先前状态相比的新颖性。然后,对象定位模块根据分支和边界搜索算法确定显着对象的位置。实验结果表明,使用提出的自动检测方法可以成功地定位视频中的感兴趣对象。

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