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Propagation Mechanisms of UHF Radiowave Propagation into Multistory Buildings for Microcellular Environment

机译:UHF无线电波在微蜂窝环境中传播到多层建筑物中的传播机制

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摘要

Mechanism of UHF radiowave propagation into multistory office buildings are explored by using ray-tracing based models, which include a three-dimensional (3-D) ray- tracing model and a direct-transmitted ray (DTR) model. Pre- diction accuracy of the models is ascertained by many measured data and the measurements are carried out at many specific sites with different propagation scenarios. Their measured results also demonstrate some important propagation phenomena. It is found hat (1) the direct transmitted wave may be the dominant mode; (2) the path loss neither increases nor decreases monotonically as a function of increasing floor level; and (3) there is not much difference of the average path loss among the receiving positions in the same room.
机译:利用基于射线追踪的模型探索了UHF无线电波传播到多层办公楼的机理,该模型包括三维(3-D)射线追踪模型和直接透射射线(DTR)模型。模型的预测精度由许多测量数据确定,并且测量是在许多具有不同传播场景的特定地点进行的。他们的测量结果还证明了一些重要的传播现象。发现(1)直接传输波可能是主导模式; (2)路径损耗不随楼层高度的增加而单调增加或减少; (3)在同一房间的接收位置之间,平均路径损耗差异不大。

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