A Nonuniform Spatial Rain Attenuation Model for Troposcatter Communication Links

Dinc Ergin; Akan Ozgur B.

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A Nonuniform Spatial Rain Attenuation Model for Troposcatter Communication Links

机译：对流层通信链路的非均匀空间降雨衰减模型

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Troposcatter communication can be used as a communication medium for beyond-line-of-sight (BLOS) links. However, wave propagation in troposphere shows significant dependence on hydro-meteors: especially rain. Therefore, the main motivation of this paper is to develop a rain attenuation model for troposcatter communications, which can model nonuniform multiple rain cells for the first time. At the end, we present simulation results for the amount of rain loss and the distribution of maximum data rates under rain in troposcatter links.

机译：对流散射通信可以用作视距（BLOS）链接的通信介质。但是，对流层中的波传播显示出对水汽的依赖性，特别是雨水。因此，本文的主要动机是开发一种用于对流散射通信的降雨衰减模型，该模型可以首次对不均匀的多个降雨细胞进行建模。最后，我们给出了对流散射链路中雨量损失和最大数据速率分布的仿真结果。

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《Wireless Communications Letters, IEEE》 |2015年第4期|441-444|共4页
作者
Dinc Ergin; Akan Ozgur B.;
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正文语种 eng
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Beyond-Line-of-Sight (BLOS); Channel characterization and modeling; Rain attenuation; Troposcatter; beyond-line-of-sight (BLOS); channel characterization and modeling; rain attenuation;

机译：视线之外（BLOS）;通道特征和建模;雨量衰减;Troposcatter;视线之外（BLOS）;通道特征和建模;雨水衰减;

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A Nonuniform Spatial Rain Attenuation Model for Troposcatter Communication Links

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