Study on Interferences Between Future Railway Mobile Communication System (FRMCS) and Cellular GSM in Indonesia

Abdul Khamid Ridwanuddin, K. Anwar
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Abstract

. The train signaling organization in the world is developing several technologies for high-speed train, one of which is the Future Railway Mobile Communication Systems (FRMCS) technology to be implemented in the world in 2022. This paper studies FRMCS for Indonesian high-speed train and possibility of being interfered by Global System for Mobile Communication (GSM) cellular because of the use of the same or adjacent frequency bands. This paper evaluates the performance of FRMCS in Indonesia with and without interference from GSM cellular networks. The effect of interference to the FRMCS is analyzed in term of Bit Error Rate (BER) against Signal-to-Noise Power Ratio (SNR) for several given speed and inzterference levels. The evaluation was performed using the Indonesian FRMCS channel model obtained from New York University Simulation (NYUSIM), where outage probability is functioning as the best performance (lower bound). The results of this paper are the performance of FRMCS Indonesia with and without interference from GSM cellular to FRMCS signals along railroads in Indonesia, in term of BER curve of FRMCS performance and GSM-R performances. The result of this paper shows that the performance of FRMCS is better than GSM-R in the aspect of resistance to interference. The results of this paper are expected to be a reference for the implementation of FRMCS in Indonesia.
印尼未来铁路移动通信系统(FRMCS)与蜂窝GSM的干扰研究
。世界上的列车信号组织正在开发多种高速列车技术,其中之一是将于2022年在世界范围内实施的未来铁路移动通信系统(FRMCS)技术。本文研究了印尼高速列车的FRMCS以及由于使用相同或相邻的频段而受到全球移动通信系统(GSM)蜂窝干扰的可能性。本文评估了在印度尼西亚有和没有GSM蜂窝网络干扰时FRMCS的性能。在给定的速度和干扰水平下,从误码率(BER)和信噪比(SNR)的角度分析了干扰对FRMCS的影响。使用从纽约大学仿真(NYUSIM)获得的印度尼西亚FRMCS信道模型进行评估,其中中断概率作为最佳性能(下界)。本文的研究结果是印度尼西亚铁路沿线的FRMCS在受GSM蜂窝信号干扰和不受干扰情况下的性能,即FRMCS性能和GSM- r性能的误码率曲线。结果表明,FRMCS在抗干扰方面优于GSM-R。本文的研究结果有望为印尼FRMCS的实施提供参考。
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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