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Eurobalise-Train communication modelling to assess interferences in railway control signalling systems

机译:Eurobalise-Train通信建模,以评估铁路控制信号系统中的干扰

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The evolution of the railway sector depends, to a great extent, on the deployment of advanced railway signalling systems. These signalling systems are based on communication architectures that must cope with complex electromagnetical environments. This paper is outlined in the context of developing the necessary tools to allow the quick deployment of these signalling systems by contributing to an easier analysis of their behaviour under the effect of electromagnetical interferences. Specifically, this paper presents the modelling of the Eurobalise-train communication flow in a general purpose simulation tool. It is critical to guarantee this communication link since any lack of communication may lead to a stop of the train and availability problems. In order to model precisely this communication link we used real measurements done in a laboratory equipped with elements defined in the suitable subsets. Through the simulation study carried out, we obtained performance indicators of the physical layer such as the received power, SNR and BER. The modelling presented in this paper is a required step to be able to provide quality of service indicators related to perturbed scenarios.
机译:铁路部门的发展在很大程度上取决于先进的铁路信号系统的部署。这些信令系统基于必须应付复杂电磁环境的通信体系结构。本文是在开发必要工具的背景下概述的,这些工具通过有助于更轻松地分析其在电磁干扰作用下的行为,从而允许快速部署这些信号系统。具体来说,本文介绍了通用仿真工具中的Eurobalise火车通信流程的建模。保证此通信链接至关重要,因为任何通信不足都可能导致火车停运和可用性问题。为了精确建模此通信链接,我们使用了在实验室中进行的实际测量,该实验室配备了在适当子集中定义的元素。通过进行仿真研究,我们获得了物理层的性能指标,如接收功率,SNR和BER。本文介绍的建模是必不可少的步骤,它能够提供与受扰场景有关的服务质量指标。

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