A 3D electromagnetic visualization system in snow and ice environment

Hai Huang, Bingcai Han
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Abstract

With the development of virtual reality technology, the visualization of electromagnetic environment has become a hot research topic. However, the research on the electromagnetic environment of the polar environment is relatively rare. This paper focuses on 3D visualization of electromagnetic environment in snow and ice environment. Geographical environment is created from DEM data, and Longley-Rice model tuned for ice and snow environment is used to predict the electromagnetic propagation in coverage area. Based on the geographical environment and coverage prediction, a visualization system is established, which could provide a basic reference for the electromagnetic visualization in polar areas.
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冰雪环境下的三维电磁可视化系统
随着虚拟现实技术的发展,电磁环境的可视化已成为一个研究热点。然而,对极地环境电磁环境的研究相对较少。本文主要研究冰雪环境下电磁环境的三维可视化。利用DEM数据构建地理环境,采用针对冰雪环境进行调整的Longley-Rice模型对覆盖区内电磁传播进行预测。在地理环境和覆盖预测的基础上,建立了极地电磁可视化系统,为极地电磁可视化提供了基础参考。
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