基于多源异构数据的道路交通虚拟驾驶系统研发与应用

Research and Application of Road Traffic Virtual Driving System Based on Multi-source Heterogeneous Data

摘要:

针对虚拟驾驶技术建模成本高、无法融合交通仿真数据等问题，基于游戏引擎UE5，提出了融合多源异构数据的道路交通虚拟驾驶系统。该系统利用道路设施模型、周边现状模型以及交通仿真数据，构建包含仿真车流的三维场景，并可以搭配VR眼镜、方向盘、脚踏板等设备使用。工程案例表明，该系统实现了道路交通工程多源异构数据与虚拟驾驶技术的融合，在验证道路工程设计合理性的前提下，可将其应用于虚拟驾驶场景的展示。

Abstract:

Aiming at solving the existing problems in virtual driving technology such as high modeling cost and inability to integrate traffic simulation data, and based on the game engine UE5, a road traffic virtual driving system integrating multi-source heterogeneous data is proposed. This system uses road facility models, surrounding environment models and traffic simulation data to construct a three-dimensional scene with simulated traffic flow, which can be used with the equipment of VR glasses, steering wheels, foot pedals and other devices. Engineering cases show that this system has achieved the integration of multi-source heterogeneous data of road traffic engineering with virtual driving technology. Under the premise of verifying the rationality of road engineering design, it can be applied to the display of virtual driving scenarios.