arXiv:2601.16327cs.ROcs.AI2026-01被引 2

多车自动泊车系统实现分布式协同,提升可扩展性与安全性。

DMV-AVP: Distributed Multi-Vehicle Autonomous Valet Parking Using Autoware

  • 基于分布式架构设计多车泊车协调框架,实现跨车辆状态同步。
  • 在两到三台主机上验证,实现无冲突泊车与稳定协同,性能可扩展。
  • 适合研究多车自动驾驶协同、仿真测试或硬件在环验证的开发者。

本文提出DMV-AVP,一种基于分布式多自主车辆架构(DMAVA)的多车自动泊车仿真系统。现有方法多依赖集中式设计,限制了可扩展性与完全自主控制能力。本工作在DMAVA基础上构建两个模块:1)多车泊车协调框架,包含泊车管理器与每车节点,负责全局状态跟踪、车辆排队、车位预留、生命周期协调及冲突解决;2)集成Unity的YOLOv5车位检测模块,在AWSIM Labs中实现视觉感知。两个模块通过Zenoh通信层无缝集成,保障跨主机数据准确性与可控性。在两台和三台主机配置下的实验表明,系统具备一致的协调能力、无冲突泊车行为,且性能可扩展。结果证明,该系统支持多车协同泊车仿真,为未来真实场景与硬件在环验证奠定基础。演示视频与源码见:https://github.com/zubxxr/multi-vehicle-avp

原文摘要 · Abstract (English)

This paper presents DMV-AVP, a distributed simulation of Multi-Vehicle Autonomous Valet Parking (AVP). The system was implemented as an application of the Distributed Multi-Autonomous Vehicle Architecture (DMAVA) for synchronized multi-host execution. Most existing simulation approaches rely on centralized or non-distributed designs that constrain scalability and limit fully autonomous control. This work introduces two modules built on top of DMAVA: 1) the Multi-Vehicle AVP Coordination Framework, composed of AVP Managers and a per-vehicle AVP Node, is responsible for global parking state tracking, vehicle queuing, parking spot reservation, lifecycle coordination, and conflict resolution across multiple vehicles, and 2) the Unity-Integrated YOLOv5 Parking Spot Detection Module, that provides real-time, vision-based perception within AWSIM Labs. Both modules integrate seamlessly with DMAVA and extend it specifically for multi-vehicle AVP operation, supported by a Zenoh communication layer that ensures high data accuracy and controllability across hosts. Experiments conducted on two- and three-host configurations demonstrate consistent coordination, conflict-free parking behavior, and scalable performance across distributed Autoware instances. The results confirm that the proposed DMV-AVP supports cooperative AVP simulation and establishes a foundation for future real-world and hardware-in-the-loop validation. Demo videos and source code are available at: https://github.com/zubxxr/multi-vehicle-avp

自动驾驶多车协同仿真系统泊车算法

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