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北极东北航道短波通信链路仿真研究
Simulation of Shortwave Communication in Arctic Northeastern Sea-route
【摘要】 北极东北航道处于高纬度地带,卫星通信无法覆盖,船岸通信主要采用短波通信技术。本文通过仿真计算北极滨海区域海水的电导率与相对复介电常数,研究通信链路中海洋表面反射损耗与船舶接收信号的信噪比,并结合北极东北航道路线特点,优化设计北极东北航道短波通信链路。
【Abstract】 The Arctic northeastern sea-route is at high latitudes, and satellite communications cannot cover it. The ship-shore communication of arctic northeastern sea-route is mainly based on shortwave communication technology.In this paper, we calculated the conductivity and relative permittivity of seawater in Arctic coastal region by simulation, studied the reflection loss of the ocean surface and the SNR of the ship receiving signal. Concerning the characteristics of the northeastern route, we optimize the design of communication links in the Arctic northeastern sea-route.
【关键词】 北极东北航道;
船岸通信;
短波通信;
天波;
地表反射损耗;
【Key words】 Arctic Northeast Sea-route; Ship-shore Communication; Shortwave Communication; Sky Wave; Surface Reflection Loss;
【Key words】 Arctic Northeast Sea-route; Ship-shore Communication; Shortwave Communication; Sky Wave; Surface Reflection Loss;
【基金】 北京联合大学2017年度科学研究项目“混合式数学教学中学生学习参与度研究”(编号:11202JA1701)
- 【文献出处】 科技广场 ,Science Mosaic , 编辑部邮箱 ,2017年12期
- 【分类号】TN925
- 【下载频次】168