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Space based automatic identification and monitoring system for large-scale railway transportation - GP-AIMS

机译:基于空间的大型铁路运输自动识别与监控系统 - GP-AIMS

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The globalized economy relies on fast, reliable and cost efficient ways of transporting goods over wide distances. Until the recent past, vessel and air transportation were the preferred choice for long distance transportation. Facing a problematical economic development as well as rising fuel costs, rail road transportation is getting more and more interesting. The GP-AIMS feasibility study investigates ways to achieve a space-based monitoring system for large-scale railway transportation in order to support the railroad sector by optimizing rail-workload and at the same time increasing security. The monitoring of the trains will be achieved by a small satellite system, which forwards sensor information from the train to a distant Mission Control Center. Furthermore, GMES data acquired by the two German Earth observation satellites TerraSAR-X and TanDEM-X deliver information about the current state of the track.
机译:全球化的经济依赖于宽距离运输货物的快速,可靠和成本效益的方式。直到最近的过去,船舶和空运是长途运输的首选选择。面对问题的经济发展以及燃料成本上升,铁路公路运输越来越有趣。 GP-AIMS可行性研究调查了实现大型铁路运输的空间监测系统的方法,以便通过优化铁路工作量来支持铁路部门,同时同时增加安全性。该列车的监测将通过小型卫星系统实现,该系统将传感器信息从火车转发到远处的任务控制中心。此外,由两个德国地球观测卫星Terrasar-x和Tandem-X获取的GMES数据提供有关当前轨道状态的信息。

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