高速公路管理:实时车辆调度:一个研究议程

V. Cahill, A. Senart, D. Schmidt, S. Weber, A. Harrington, B. Hughes
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引用次数: 17

摘要

空气污染、交通拥堵、压力和事故是当今道路运输经验的共同特征。因此,需要采取新的办法来提高运输系统的效率和安全性。然而,现有的高速公路安全驾驶研究要么假设车辆是无人驾驶的,要么仅限于本地决策或单车道预留系统。提出了一种基于实时分层调度、局部实时协调和实时车际通信的车辆调度新方法。我们描述了一种新的模型,在该模型中,道路使用者在高速公路上保留可变大小的槽位,这使得基于本地和全局决策组合的时效性保证和自适应调度得以实施。我们提出了必须解决的研究挑战,以确保管理高速公路的愿景成为现实。
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The managed motorway: real-time vehicle scheduling: a research agenda
Air pollution, traffic congestion, stress and accidents are common features of today's road transportation experience. New approaches to improving the efficiency and safety of transportation systems are therefore required. Existing work on safe high-speed motorway driving, however, either assumes that vehicles are driverless and/or is limited to local decision making or to one-lane-only reservation systems. This paper describes a novel approach to vehicle scheduling based on real-time hierarchical scheduling, local real-time coordination and real-time inter-vehicle communication. We describe a new model in which road users reserve variable-size slots on motorway lanes, which enables enforcement of timeliness guarantees and adaptive scheduling based on a combination of local and global decisions. We present the research challenges that must be tackled to ensure that this vision of managed motorways becomes a reality.
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