A Safest Flight Path Approach to Avoid Atmospheric Weather Impacts

S. M. Fayadh, S. T. Hasson
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Abstract

Efficiency and accuracy are crucial in air traffic systems with the latest growth in air flights and transportation. Therefore, it is imperative to have an integrated safety system that assures the safety of an air flight in different unexpected weather conditions. This paper utilizes air traffic in the US area as an example model. The main aspect of determining the locations of cities according to the radar sites is the latitude and longitude of each location. In addition, an integrated radar system is required to cover all of America’s states. Different weather datasets are combined and integrated with the radar image technology into one collected weather map. The weather map is used to facilities of Quantum Geographic Information System (QGIS). Moreover, it followed and updated every two minutes to observe and avoid any emergency case.
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避免大气天气影响的最安全飞行路径方法
随着航空航班和运输量的最新增长,空中交通系统的效率和准确性至关重要。因此,有必要建立一个综合的安全系统,以确保在不同的意外天气条件下飞行的安全。本文以美国地区的空中交通为例模型。根据雷达站点确定城市位置的主要方面是每个位置的经纬度。此外,需要一个覆盖美国所有州的综合雷达系统。不同的天气数据集与雷达图像技术结合并整合成一张收集的天气图。天气图用于量子地理信息系统(QGIS)的设施。此外,它每两分钟跟踪和更新一次,以观察和避免任何紧急情况。
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