传送:通过探测移动设备的自我运动来进行空间导航

Shen-Chi Chen, Chia-Wei Hsu, Shih-Yao Lin, Kevin Lin, Y. Hung
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引用次数: 1

摘要

受迪士尼动画片《怪兽公司》中Boo的门作为通往不同空间的通道的启发,我们提出了“Teleport”技术,模拟一个虚拟网关,让用户可以去任何他们想去的地方。用户可以使用带有第一人称导航的移动设备探索空间,增强空间的沉浸式体验。为了支持我们创建的空间3D模型中的第一人称导航,移动视觉和内置方向传感器允许移动设备检测自运动,包括用户的视角(俯仰/翻滚/偏航),运动(向前/向后/停留)和移动速度。在对这些输入进行评估后,虚拟空间的可视化可以根据用户的移动准确地反映出相应的视图。由于我们的方法不需要任何外部基础设施,它可以应用于任何现有的智能手机或谷歌眼镜。因此,该技术不仅具有广泛的应用前景和经济实用性,而且具有良好的环境交互作用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Teleport: space navigation by detecting the self-motion of a mobile device
Inspired by the Boo's doors in the Disney's cartoon Monsters Inc. which are used as pathways to different spaces, we propose the technique "Teleport" simulating a virtual gateway for users to go anywhere they want. Users can explore the space using one mobile device with the first person navigation to enhance the immersive experience of the space. To support the first person navigation inside the space 3D model we created, mobile-vision and built-in orientation sensors allow mobile device to detect the self-motion including user's view angles (pitch/roll/yaw), movement (forward/backward/stay) and moving speed. After assessing these inputs, the visualization of the virtual space can exactly reflect the corresponding view according the user's movement. Since our method does not require any outside infrastructure, it can be applied to any existing smartphone or Google glass. Therefore, this technique is not only promising and economically practical to many applications but also good for environments interaction.
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