磁悬浮隧道无线信道仿真与测量

Hongbo Liu, Jiaqi Liang, Ke-Ting Chen, Tao Liao
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引用次数: 1

摘要

针对磁悬浮场景无线信道的衰落特性,重点研究了磁悬浮场景无线信道仿真和基于软件无线电的无线信道测量。建立了三维隧道磁悬浮轨道模型,利用云计算仿真平台,基于光线追踪方法对隧道场景中的无线电波传播进行了仿真,提取了无线信道特征,包括路径损耗模型、均方根延迟扩展和多径特征统计。采用基于软件无线电的信道测量系统。在类似隧道的环境中进行测量,得到了信道脉冲响应。详细分析了多径统计特性和最大时延分布。隧道场景下的多径时延为45ns。仿真结果与实测结果进行了对比分析。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Wireless Channel Simulation and Measurement of Maglev Tunnel
According to the fading characteristics of wireless channel in Maglev scene, the wireless channel simulation in Maglev scene and wireless channel measurement based on software radio are mainly studied. The 3D tunnel maglev track model has been built, the cloudrt simulation platform has been used, the radio wave propagation in tunnel scene has been simulated based on ray tracing method, and the wireless channel characteristics have been extracted, It includes path loss model, root mean square delay spread and multipath characteristic statistics. The channel measurement system based on software radio is used. It is measured in a tunnel like environment, and the channel impulse response is obtained. The multipath statistical characteristics and maximum delay distribution are analyzed in detail. The multipath delay spread in the tunnel scenario is 45 ns. The simulation and measurement results are compared and analyzed.
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