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Dense 3D-convolutional neural network for person re-identification in videos

机译:密集3D卷积神经网络用于视频中的人重新识别

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摘要

It is well known that the current types of neural networks perform quite well in identifying faces in (still) images. But what about re-identifying moving pedestrians in non-overlapping video sequences taken from different cameras? The paper's novel approach increases the accuracy of re-identification (here: rank-1 recognition rate and mean average precision) by 40.8 percent and 4.2 percent, respectively, compared to the best alternative video-based and image-based algorithms. This is essentially achieved by the following two innovative design choices for their 56-layer (generalized) convolutional neural network with 3.2 million training parameters.
机译:众所周知,当前的神经网络类型在识别(静止)图像中的面部方面表现良好。但是,如何在从不同摄像机拍摄的不重叠视频序列中重新识别行人呢?与最佳的基于视频和基于图像的替代算法相比,该论文的新颖方法将重新识别的准确性(此处为等级1识别率和平均平均精度)分别提高了40.8%和4.2%。对于具有320万个训练参数的56层(通用)卷积神经网络,以下两个创新设计选择实质上可以实现这一点。

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