面向共享车辆感知的交通元空间

Ahmad Ahilal, Tristan Braud, Lik-Hang Lee, Hang Chen, Pan Hui
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引用次数: 0

摘要

虚拟世界的出现,通过在物理-数字双胞胎中复制物理事件和物体,使得在数字和物理的交叉点上创造了可替代的空间。在本文中,我们将这种双胞胎应用于交通元宇宙中的连接车辆,作为共享道路环境感知的中间平台。该平台通过无所不在的传感、可靠和低延迟的通信、人工智能和扩展现实,构建道路状况的实时数字副本,为城市规模的车辆应用提供服务。本文的重点是协作构建道路网络的虚拟3D地图,为道路使用者提供道路状况的普遍视图,以提高态势感知。通过车辆到一切(V2X)的协同感知,这种Metaverse平台将驾驶员的视野扩展到车辆视线之外。该平台还支持虚拟远程访问,以提前空间和时间监测和预测交通。
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Toward A Traffic Metaverse With Shared Vehicle Perception
The emergence of the Metaverse enables the creation of alternative spaces at the intersection between digital and physical through the replication of physical events and objects within physical-digital twins. In this article, we apply such twins to connected vehicles within a Traffic Metaverse as an intermediate platform for the shared perception of the road environment. The platform builds a real-time digital copy of the road conditions to serve vehicular applications on a city scale through ubiquitous sensing, reliable and low-latency communications, artificial intelligence, and extended reality. This article focuses on collaboratively building virtual 3D maps of road networks that provide road users with a pervasive view of the road conditions to increase situational awareness. Through vehicle-to-everything (V2X) cooperative perception, such a Metaverse platform expands the driver's visibility beyond the vehicle's line of sight. The platform also enables virtual remote access to monitor and forecast traffic ahead of space and time.
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