基于鱼眼立体相机数据融合的三维手势输入界面手指检测

Y. Watanabe, S. Kubo, T. Komuro, M. Ishikawa
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引用次数: 0

摘要

对于输入设备来说,在空气中操作的重要性越来越大。为了引入这种空中操作,我们需要一种图像传感技术,可以在大范围内对用户的手进行3D位置检测。在本文中,作为一个实际应用系统,我们重点研究了将触摸屏与空中操作无缝连接的缩放触摸屏[1]。为了给这类系统提供更广阔的操作空间,我们提出了一种基于鱼眼立体摄像机数据融合的手部检测新方法。该技术可以实现高精度和大范围的3D手部检测。本文还给出了两个示例演示。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Finger detection based on data fusion of fish-eye stereo camera for 3D-gesture input interface
There is a growing importance of the in-air hand operation for the input devices. In order to introduce such in-air operation, we require an image sensing technology that enables 3D position detection of the user's hand in wide range. In this paper, as a practical application system, we focus on the Zooming Touch Panel [1] that connects the touch-panel and in-air operations seamlessly. In order to provide wide operation space for this type of the system, we propose a new hand detection method based on data fusion of fish-eye stereo camera. This technique enables both high-accuracy and wide-range 3D hand detection. Also this paper shows two example demonstrations.
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