Rain Attenuation Analysis of Ka Band Ship-borne Satellite Communication Station In Indian Ocean and Pacific Ocean

Jing Wang, Linhao Wang, Mingzhong Xu
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引用次数: 2

Abstract

Satellite communication in Ka band has the advantages of large communication capacity, which can effectively meet the large needs of shore-ship communication of ocean-going vessels. For the marine environment with changeable weather, the rain attenuation of such high-frequency communication can’t be ignored. Based on the rainfall attenuation prediction model of international radio union (ITU-R), aiming at the actual situation of different climate regions in the Indian Ocean and Pacific Ocean, this paper analyzes the rain attenuation under different electromagnetic wave polarization modes and different working frequencies with antenna tracking elevation by MATLAB simulations. It provides a reference for the vessels’ communication in the corresponding climate regions.
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印度洋和太平洋Ka波段船载卫星通信站降雨衰减分析
Ka波段卫星通信具有通信容量大的优点,可以有效满足远洋船舶岸船通信的大需求。对于天气多变的海洋环境,这种高频通信的雨水衰减是不可忽视的。基于国际无线电联盟(ITU-R)降雨衰减预测模型,针对印度洋和太平洋不同气候区的实际情况,通过MATLAB仿真分析了天线跟踪高程下不同电磁波极化模式和不同工作频率下的降雨衰减。为船舶在相应气候区域的通信提供参考。
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