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A C3D-Based Convolutional Neural Network for Frame Dropping Detection in a Single Video Shot

机译:基于C3D的卷积神经网络用于单个视频镜头中的丢帧检测

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Frame dropping is a type of video manipulation where consecutive frames are deleted to omit content from the original video. Automatically detecting dropped frames across a large archive of videos while maintaining a low false alarm rate is a challenging task in digital video forensics. We propose a new approach for forensic analysis by exploiting the local spatio-temporal relationships within a portion of a video to robustly detect frame removals. In this paper, we propose to adapt the Convolutional 3D Neural Network (C3D) for frame drop detection. In order to further suppress the errors due by the network, we produce a refined video-level confidence score and demonstrate that it is superior to the raw output scores from the network. We conduct experiments on two challenging video datasets containing rapid camera motion and zoom changes. The experimental results clearly demonstrate the efficacy of the proposed approach.
机译:丢帧是一种视频操作,其中删除连续的帧以忽略原始视频中的内容。在数字视频取证中,在保持较低的误报率的同时,自动检测大型视频档案中的掉帧是一项艰巨的任务。我们提出了一种新的法医分析方法,即通过利用视频的一部分中的局部时空关系来稳健地检测出帧去除。在本文中,我们提出将卷积3D神经网络(C3D)应用于帧丢失检测。为了进一步抑制网络造成的错误,我们产生了改进的视频级置信度得分,并证明它优于网络的原始输出得分。我们对两个具有挑战性的视频数据集进行了实验,这些数据集包含摄像机的快速运动和缩放变化。实验结果清楚地证明了该方法的有效性。

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