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A path loss model with height variation in residential area based on experimental and theoretical studies using a 5G/2G dual band antenna

机译:基于实验和理论研究的住宅区高度变化的路径损耗模型使用5G / 2G双频天线的实验和理论研究

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An efficient approach to revealing the propagation characteristics for broadband mobile services in the 5-GHz microwave band is to utilize the existing 2-GHz band propagation data accumulated by many researchers. This paper presents the height variation characteristics at 5.2-GHz compared with that at 2.2-GHz in a residential area based on experiments and theoretical analysis. Propagation measurements were carried out using the dual band antenna at 5.2-GHz and 2.2-GHz, and the measured results were compared. Furthermore, this paper compares the measured results with the calculated results using a two-dimensional (2D) ray-tracing approach based on geometric optics (GO) and the uniform geometrical theory of diffraction (UTD).
机译:一种有效的方法来揭示5-GHz微波频段中宽带移动服务的传播特性的方法是利用许多研究人员累积的现有的2-GHz频带传播数据。 本文介绍了5.2-GHz的高度变化特性,而基于实验和理论分析,与住宅区的2.2-GHz相比。 使用5.2-GHz和2.2-GHz的双频带天线进行传播测量,并比较测量结果。 此外,本文将测量结果与基于几何光学(GO)的二维(2D)射线跟踪方法和衍射(UTD)的均匀几何理论进行比较了测量结果。

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