基于关键节点的复杂交叉口建模二维自动平滑道路表示和车辆轨迹

Qun Wang, Pei Yang, Jiyue Huang
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引用次数: 0

摘要

交叉口建模因其复杂性和灵活性在交通仿真中占有重要地位。而OSM格式的数据只包含基本节点坐标和节点间的关系,对于宽路口缺乏道路建设的二维信息。此外,OSM格式的数据依赖于节点之间的简单连接,导致道路平顺度的测量误差和过渡的不自然,特别是在一些复杂的路口,这是一个挑战。本文提出了一种基于基本节点连接数据构建道路交叉口的有效方法,该方法适用于不规则多路口的仿真。此外,基于道路和车辆运动偏移点的车辆轨迹仿真作为原型系统进行了演示,以显示我们提出的方法的平滑表示的优先级。
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Two-dimensional Automatic Smooth Road Representation and Vehicle Trajectory based on key nodes for Complex Intersection Modeling
Modeling road intersections plays a significant role in traffic simulation due to its complexity and flexibility. However, data in OSM format only contains elementary node coordinates and relationships between them, which lacks the two-dimensional information of road construction for wide intersections. Moreover, OSM formatted data relies on the simple connection between nodes, causing the measurement error of the road smoothness and the unnaturalness of transition, which is challenging especially in some complex intersections. In this paper, we proposed an efficient method of constructing road intersection based on the basic node connection data and it is suitable for the simulation of irregular multi junctions. Additionally, a vehicle trajectory simulation based on road and vehicle motion offset points is demonstrated as a prototype system to show the priority for smooth representation of our proposed method.
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