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Networked axle load checkpoints for rescheduling in railway operation

机译:网络化的轴荷检查站,用于铁路运营的重新调度

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Rescheduling requires actual and reliable information about the load of trains. For passenger trains the load varies due to the occupancy but with lower impact on the running time than in freight traffic where the overall load of cargo trains may differ from day to day depending on the actual demand. So the ordered time slot will offer reserves in running time according to the safety philosophy in railway operation. This unknown running time reserve is a crucial parameter for all rescheduling procedures, although the railway undertakings have knowledge about their actual load. A proper solution to receive this missing piece of live data in the dispatching system of an infrastructure manager is given by networked axle load checkpoints. So if one train is indicated as lower loaded than in the cargo information system provided, the infrastructure manager is able, to enforce the railway undertaking to update the load data. Therefore they might be able to run in a different speed profile type which allows faster passing of critical sections in the railway network. Networked axle load checkpoints allow updating load data in daily operation to improve the operational performance.
机译:重新安排需要有关火车负荷的实际和可靠的信息。对于客运列车,其负载因占用而变化,但对运行时间的影响要比对货运列车的影响要小,在货运中,根据实际需求,货运列车的总负载每天可能会有所不同。因此,根据铁路运营中的安全理念,订购的时隙将提供运行时间的储备。尽管铁路企业了解其实际负荷,但这种未知的运行时间储备对于所有重新安排程序都是至关重要的参数。网络化的轴负载检查点提供了一种在基础架构管理器的调度系统中接收丢失的实时数据的正确解决方案。因此,如果指示一列火车的负载比所提供的货物信息系统中的负载低,则基础架构管理器能够强制铁路企业更新负载数据。因此,它们可能能够以不同的速度曲线类型运行,从而更快地通过铁路网络中的关键路段。网络化的轴载荷检查点可在日常操作中更新载荷数据,以改善操作性能。

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