Infrastructure Supported Automated Driving in Transition Areas – a Prototypic Implementation

Julian Schindler, R. Markowski, Daniel Wesemeyer, B. Coll-Perales, Clarissa Böker, S. Khan
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引用次数: 5

Abstract

When an automated vehicle (AV) of level 3 and above arrives at an area on the road which is not part of its operational design domain (ODD), it is forced to perform a transition of control (ToC) to the driver. If the driver is not responding, the ToC fails and a minimum risk maneuver (MRM) needs to be executed. When the penetration rate of such AVs on the roads is high, this will negatively impact traffic efficiency and safety. In EU H2020 TransAID, infrastructure supported traffic management measures have been investigated which reduce these negative impacts. The measures and their effects are tested intensively in simulation. To demonstrate that the measures could also be applied to the real world, feasibility assessments with real-world prototypes have been performed. This paper shows how the measures have been implemented in ITS-G5 communication, infrastructure and connected automated vehicles (CAV), and how the prototypes have been tested.
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基础设施在过渡区域支持自动驾驶——一个原型实现
当3级及以上自动驾驶汽车(AV)到达道路上不属于其操作设计域(ODD)的区域时,它被迫向驾驶员执行控制过渡(ToC)。如果驾驶员没有响应,则ToC失败,需要执行最小风险机动(MRM)。当这类自动驾驶汽车在道路上的渗透率较高时,将对交通效率和安全产生负面影响。在EU H2020 TransAID中,已经调查了基础设施支持的交通管理措施,以减少这些负面影响。在仿真中对这些措施及其效果进行了深入的验证。为了证明这些措施也可以应用于现实世界,对现实世界的原型进行了可行性评估。本文展示了如何在ITS-G5通信、基础设施和联网自动驾驶汽车(CAV)中实施这些措施,以及如何对原型进行测试。
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