无人机是我:通过对齐的立体视图和头部姿势飞行的无人机作为化身

Xiaowei Wang, Jianfeng Li, K. Shima, T. Kosaki, Shigang Li
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引用次数: 4

摘要

在本文中,我们提出了一种无人机(即微型飞行器(MAV))与人之间的自然接口,其中立体视觉MAV通过带有惯性传感器的头戴式显示器(HMD)飞行。立体摄像机安装在MAV上,并将立体图像传输到远程PC。然后,用户通过他/她的头部姿势来控制MAV的运动,这是由HMD的惯性传感器测量的,同时通过HMD观看立体图像,就好像MAV是用户的化身。得益于立体视觉摄像头,用户不仅可以从HMD感知到MAV与障碍物之间的距离信息,而且即使在操作过程中发生人为错误,MAV也可以利用测量到的3D信息避免碰撞。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Drone were me: Flying drone as avatar by aligned stereo view and head pose
In this paper, we present a natural interface between a drone, i.e., a miniature aerial vehicle (MAV), and a human, in which a stereo-vision-MAV is flied via a HMD (Head Mounted Display) with inertial sensors. A stereo camera is mounted on a MAV and the stereo images are transmitted to a remote PC. Then, a user controls the motion of the MAV by his/her head pose, which is measured from the inertial sensor of the HMD, while looking at the stereo images via the HMD as if the MAV is an avatar of the user. Thanks to a stereo-vision camera, it makes it possible that not only a user can sense the distance information between the MAV and obstacles from the HMD, but also a MAV can avoid collisions using the measured 3D information even if human error occurs during the operation.
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