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MR Visualization of Wheel Trajectories of Driving Vehicle by Seeing-Through Dashboard

机译:透视式仪表板对驾驶汽车的车轮轨迹进行MR可视化

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A lot of efforts aim to realize a society where autonomous vehicles become general transportation in industrial, political and academic fields. In order to make autonomous vehicles more familiar with the public, it is necessary to develop not only advanced auto driving control but also comfortable environments for the passengers. This paper proposes our trial to improve comfort of passengers on autonomous vehicles. We developed an experimental vehicle equipping Mixed Reality (MR) display system which aims to reduce anxiety using visual factors. Our proposed system visualizes a road surface that is out of the passenger's field of view by projecting the see-through image on the dashboard. Moreover, it overlays the computer graphics of the wheel trajectories on the displayed image using MR so that the passengers can easily confirm the auto driving control is working correctly. The displayed images enable passengers to comprehend the road condition and the expected vehicle route out of the passenger's field of view. We investigated change of the mental stress by introducing methods for measuring physiological indices, heart rate variability and sweat information.
机译:许多努力旨在实现一个自动驾驶汽车成为工业,政治和学术领域的通用运输工具的社会。为了使自动驾驶汽车更加为公众所熟悉,不仅需要开发先进的自动驾驶控制系统,而且还需要为乘客提供舒适的环境。本文提出了我们的试验,以提高自动驾驶汽车上乘客的舒适度。我们开发了配备混合现实(MR)显示系统的实验车辆,旨在减少使用视觉因素引起的焦虑。我们提出的系统通过将透明图像投影到仪表板上来可视化超出乘客视野的路面。此外,它使用MR将车轮轨迹的计算机图形叠加在显示的图像上,从而使乘客可以轻松地确认自动驾驶控制是否正常工作。所显示的图像使乘客能够理解道路状况和期望的车辆路线,而不是乘客的视野。我们通过引入测量生理指标,心率变异性和汗液信息的方法来调查精神压力的变化。

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