Co-ordination concept for an innovative rail road concept

W. Dangelmaier, M. Fahrentholz, B. Mueck
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Abstract

The project "Neue Bahntechnik Paderborn" (NBP) deals with the development of an innovative railroad concept. It envisions short autonomously guided shuttles which are completely automated and even make decisions, for e.g. starting only if there is a need. Furthermore, the shuttles use the existing rails without differentiating between suburban and long-distance traffic. Thus the passengers needn't change trains during their journey. To save energy while driving, the shuttles unite to form convoys. The question is whether it is clever to build a convoy or if the convoy contributes to energy conservation. Afterwards the shuttles have to initiate the integration, to find each other and to execute convoy formation. For these procedures it must be declared for how long the shuttles join the convoy, how they find each other and how they exchange information. In particular, the question of which routes and for which average utilisation a convoy formation makes sense must be asked. The article supplies some answeres concerning the conditions for meaningful convoy travel and how communication between shuttles can be activated and realised.
协调概念为创新的铁路道路概念
“Neue Bahntechnik Paderborn”(NBP)项目涉及创新铁路概念的发展。它设想了一种完全自动化的短自动驾驶穿梭车,甚至可以做出决定,例如,只有在有需要的时候才开始。此外,穿梭巴士使用现有轨道,不区分郊区和长途交通。因此,乘客在旅途中不必换车。为了在驾驶时节省能源,这些穿梭车联合起来组成车队。问题是,建造车队是否明智,或者车队是否有助于节约能源。之后航天飞机必须启动整合,找到彼此并执行护航编队。对于这些程序,必须声明航天飞机加入车队的时间,它们如何找到彼此以及它们如何交换信息。特别是,必须问哪些路线和车队编队的平均利用率有意义的问题。本文就有意义的车队旅行的条件以及如何激活和实现班车之间的通信提供了一些答案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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