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Recovering Articulated Motion with a Hierarchical Factorization Method

机译:用层次分解法恢复关节运动

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Recovering articulated human motion is an important task in many applications including surveillance and human-computer interaction. In this paper, a hierarchical factorization method is proposed for recovering articulated human motion (such as hand gesture) from a sequence of images captured under weak perspective projection. It is robust against missing feature points due to self-occlusion, and various observation noises. The accuracy of our algorithm is verified by experiments on synthetic data.
机译:恢复关节运动的动作是许多应用程序中的重要任务,包括监视和人机交互。本文提出了一种分层分解方法,用于从弱透视投影下捕获的图像序列中恢复关节运动(例如手势)。它对于因自闭塞和各种观察噪声而遗漏的特征点具有强大的鲁棒性。通过对合成数据的实验验证了我们算法的准确性。

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