一种基于AIS的大气波导实时探测方法OA北大核心CSTPCD
A Real-Time Detection Method of Atmospheric Duct Based on AIS
在海域进行大气波导传输特性试验的过程中,发现是否能够通过船舶自动识别系统(Au-tomatic Identification System,AIS)探测到超视距船舶与大气波导强弱具有很大相关性,据此本文提出一种基于AIS的大气波导实时探测方法.该方法能够实时探测超视距两点间是否存在大气波导,有效地弥补了当前大气波导探测方法仅能对当前区域进行探测的缺陷,并给出了基于AIS的大气波导传输损耗计算方法,以及一种大气波导探测结果的可视化方法.
In the process of conducting the atmospheric waveguide transmission characteristic test in the sea area,it is found that whether the over-the-horizon ships can be detected by the Automatic Identification System(AIS)has a great correlation with the strength of the atmospheric waveguide.Therefore,this paper proposes a real-time detection method of the atmospheric waveguide based on AIS.This method can detect whether there is an atmospheric waveguide between two points beyond the horizon in real time,which effectively makes up for the defect that the current atmos-pheric waveguide detection method can only detect the current area.This paper also gives the calculation method of at-mospheric waveguide transmission loss based on AIS and a visualization method of atmospheric waveguide detection re-sults.The comparison between the experimental data and the simulation results shows that the method in this paper has high accuracy and certain practical value.
刘伯栋;麻曰亮;董政;张耀春
中国人民解放军63891 部队,河南 洛阳 471003
武器工业
大气波导船舶自动识别系统超视距传输损耗可视化
atmospheric waveguideautomatic identification systemover-the-horizontransmission lossvisuali-zation
《航空兵器》 2024 (001)
128-132 / 5
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