A 3D hand pose estimation architecture based on depth camera

Zhaolong Deng, Yanliang Qiu, Xintao Xie, Zuanhui Lin
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Abstract

Considering the problem of the inability to obtain accurate depth information in 3D pose estimation, this research attempts to use a depth camera to obtain accurate depth information to solve this problem and achieve good results. In the process of research, it is found that the general object detection and evaluation method is not accurate enough under the framework proposed in this paper, so this research proposes an evaluation method suitable for this framework. A standardizer is also designed to optimize the detection effect while achieving efficient tracking objects. Ultimately, inference time is reduced by 35%. The implementation of this research architecture is open-sourced at https://github.com/DumbZarro/BuddHand.
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一种基于深度相机的三维手部姿态估计体系结构
考虑到三维姿态估计中无法获得准确的深度信息的问题,本研究尝试使用深度相机获取准确的深度信息来解决这一问题,并取得较好的效果。在研究过程中发现,在本文提出的框架下,一般的目标检测和评价方法不够准确,因此本研究提出了一种适用于该框架的评价方法。在实现对目标的高效跟踪的同时,还设计了一个标准化器来优化检测效果。最终,推理时间减少了35%。这个研究架构的实现是开源的,网址是https://github.com/DumbZarro/BuddHand。
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