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Multi-person 3D Pose Estimation from Monocular Image Sequences

机译:多人3D姿势估计从单眼图像序列

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This article tackles the problem of multi-person 3D human pose estimation based on monocular image sequence in a three-step framework: (1) we detect 2D human skeletons in each frame across the image sequence; (2) we track each person through the image sequence and identify the sequence of 2D skeletons for each person; (3) we reconstruct the 3D human skeleton for each person from the detected 2D human joints, by using prelearned base poses and considering the temporal smoothness. We evaluate our framework on the Human3.6M dataset and the multi-person image sequence captured by ourselves. The quantitative results on the Human3.6M dataset and the qualitative results on our constructed test data demonstrate the effectiveness of our proposed method.
机译:本文在三步框架中基于单眼图像序列解决多人3D人体姿势估计的问题:(1)我们在图像序列上检测每个帧中的2D人骨架; (2)我们通过图像序列跟踪每个人,并为每个人识别2D骷髅的序列; (3)通过使用前置基地姿势并考虑时间平滑度,从检测到的2D人关节中重建每个人的3D人骨骼。我们在人类3.6M数据集中评估我们的框架和自己捕获的多人图像序列。人体3.6M数据集的定量结果以及我们构建的测试数据的定性结果证明了我们提出的方法的有效性。

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