使用深度相机观察手在桌面上的位置和测量

Christopher J. Martinez, Katherine Seggerman, Andy Perez
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引用次数: 1

摘要

桌面计算是一种新兴的界面,可以用微软Kinect等深度传感器相机以低成本实现。使用深度测量的触摸界面的优化必须考虑到不同人群的尺寸变化。在这项研究中,我们检查了一个样本人群,以了解深度相机在大型台式电脑上检测到的手部测量的差异。我们将手分解为三个测量值(手的三个关节),这可能会对该领域的研究工作感兴趣。手的测量是在桌子上的不同位置进行的,以解释由于用户伸展手臂而导致的手的位置变化。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Observing Hand Placement and Measurement on a Tabletop Using a Depth Camera
Tabletop computing is a new emerging interface that can be realized with low cost using depth sensor cameras such as the Microsoft Kinect. The optimization of the touch interface using depth measurements must take into account the size variations of a diverse population. In this study, we examine a sample population to understand the differences in hand measurements a depth camera would detect on a large tabletop computer. We have broken down the hand into three measurements (the three joints in the hand) that may be of interest to research working in the field. The hand measurements have been taken at different locations on the table to account for changes in the hand position caused by the user stretching their arm.
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