基于数字表面模型(DSM)数据集的物理阻塞量化

Rumadi Rumadi, Kamirul Kamirul, Farid Armin, Stevry Yushady CH Bissa, Suisbiyanto Prasetya
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引用次数: 0

摘要

本文介绍了一种量化某地面站周围物理阻塞量的新方法。分析这种类型的阻塞很重要,因为它可以缩短地面站和卫星之间的通信时间。采用数字表面模型(DSM)数据集计算了物理堵塞量。DSM可以计算地面站与其周围自然和人造物体之间的高程偏移。仿真结果表明,该方法的精度可达93.1%。除了对某一点的物理阻塞量进行量化外,所提出的方法还被用于绘制印度尼西亚Biak岛整个研究区域的物理阻塞分布图。结果表明,生成的地图可用于确定地面站选址的合适位置。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Quantification of Physical Blockage Based on Digital Surface Model (DSM) Dataset
In this paper, we introduced a new approach for quantifying the amount of physical blockage surrounding a certain ground station. This type of blockage is important to be analyzed since it could reduce the duration of communication between ground stations and satellites. The amount of physical blockage has been calculated by employing a Digital Surface Model (DSM) dataset. The DSM enables the calculation of elevation offset between a ground station to its surrounding natural and man-made objects. Based on the simulation, the accuracy of the proposed approach is capable of resulting in 93.1% of accuracy. Apart from quantifying the amount of physical blockage for a certain point, the proposed approach has also been applied to map the distribution of physical blockage on the entire study area, Biak Island, Indonesia. It is found that the generated map can be used for determining a suitable location for building a ground station site.
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