方向盘后的增强现实技术--移动机器人提供的人机交互协助

Nuno Costa, A. Arsénio
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引用次数: 9

摘要

新颖的方法使增强现实技术(AR)超越了传统的佩戴式或手持式显示器,从而产生了增强现实技术的一个新分支:空间增强现实技术(SAR),提供了更多的应用领域。空间增强现实(SAR)是一个迅速崛起的领域,它使用数字投影仪将虚拟物体渲染到现实空间中的三维物体上。在机器人上安装数字投影仪时,这种合作为独特的人机交互(HRI)铺平了道路,否则这种互动是不可能实现的。为机器人增加投射交互式增强现实内容的能力,可以在人类、机器人和虚拟物体之间实现新形式的互动,从而实现新的应用。在这项工作中,我们研究了在移动机器人上使用合成孔径雷达(SAR)技术的问题,目的是使移动机器人将来能更好地与老人或受伤人员在康复过程中进行互动,或与医院儿科病房中的儿童进行互动。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Augmented Reality behind the wheel - Human Interactive Assistance by Mobile Robots
Novel approaches have taken Augmented Reality (AR) beyond traditional body-worn or hand-held displays, leading to the creation of a new branch of AR: Spatial Augmented Reality (SAR) providing additional application areas. SAR is a rapidly emerging field that uses digital projectors to render virtual objects onto 3D objects in the real space. When mounting digital projectors on robots, this collaboration paves the way for unique Human-Robot Interactions (HRI) that otherwise would not be possible. Adding to robots the capability of projecting interactive Augmented Reality content enables new forms of interactions between humans, robots, and virtual objects, enabling new applications. In this work it is investigated the use of SAR techniques on mobile robots for better enabling this to interact in the future with elderly or injured people during rehabilitation, or with children in the pediatric ward of a hospital.
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