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首页> 外文期刊>Applied Computational Electromagnetics Society journal >Signal Propagation Modeling Based on Weighting Coefficients Method in Underground Tunnels
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Signal Propagation Modeling Based on Weighting Coefficients Method in Underground Tunnels

机译:基于地下隧道加权系数方法的信号传播建模

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摘要

-The propagation of electromagnetic waves guided in tunnels and mines is an area of scientific study which is hard to model due to multiple reflections on walls and surrounding obstacles. A novel propagation model for underground tunnels based on the weighting sum of the log-distance propagation model, the modified waveguide model and, the far zone propagation model for the ultra-high frequency (UHF) band is proposed in this paper. The propagation model is divided into five regions based on the distance between the transmitter and the receiver. Each region shows a different propagation characteristic and modeled with weighting sum of the base propagation models. Our model was tested in a tunnel with 2 m x 1.5 m cross-section and 250 m length. Measurement results are consistent with the proposed propagation model.
机译:- 在隧道和矿山中引导的电磁波的传播是一种科学研究领域,由于墙壁和周围障碍物的多重反射,难以模型。 基于日志距离传播模型的加权和,改进的波导模型和超高频率(UHF)频带的远区传播模型的基于对数隧道的新颖传播模型。 传播模型基于发射器和接收器之间的距离分为五个区域。 每个区域示出了不同的传播特性,并用基础传播模型的加权和建模。 我们的模型在隧道中进行了测试,横截面2米×1.5米和250米长。 测量结果与所提出的传播模型一致。

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