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Phased Array Approach for Vehicle-to-Infrastructure Communication in Train Stations

机译:火车站车辆到基础设施通信的相控阵方法

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This work introduces a new all-in-one system for train-to-infrastructure communication. With respect to typical train conditions a four part concept was developed for the sending/receiving module with focus on beam steering. Together with the simulative safeguarding of this idea, the system was also evaluated in the laboratory. It consists of an antenna array, an expansion board, an evaluation board with microcontroller and Wi-Fi chip for signal generation and one board for power division and beam steering. Moreover, the problem of the latency and inaccuracy of beam steering by received signal strength will be treated and optimization steps in the algorithm will be presented. This development has contributed to a reduction of the synchronization time from 40 to one second. First measurements show the advantages and the challenges of the design approach and let guess the potential in case of industrialization.
机译:这项工作介绍了一种用于火车到基础设施通信的新的多合一系统。针对典型的火车状况,针对发送/接收模块开发了一个四部分概念,重点是波束转向。连同对这一想法的模拟保护,还对该系统进行了实验室评估。它由一个天线阵列,一个扩展板,一个带有微控制器和Wi-Fi芯片的评估板(用于产生信号)以及一个用于功率分配和波束控制的板组成。此外,将处理由接收信号强度引起的波束控制的等待时间和不精确性的问题,并提出算法中的优化步骤。这种发展有助于将同步时间从40秒减少到一秒。首次测量显示了设计方法的优点和挑战,并猜测了工业化情况下的潜力。

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