交互式数据可视化在空中交通管制系统中的应用

Kaiheng Huang
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引用次数: 0

摘要

空中交通管制(ATC)系统是负责在指定空域内维持空中交通安全的复杂系统。它们对商业航班安全进出这些地方至关重要,可大大减少空中事故。近年来,空管系统在大规模数据管理方面出现了令人担忧的问题,而且决策效率低下,容易导致人为错误。为了解决这些问题,可以使用交互式数据可视化(IDV)这种强大的方法,以引人入胜、易于理解的方式呈现复杂的数据集,而不是使用枯燥的图表。以前曾有人尝试在各种空管系统中使用交互式数据可视化方法。虽然这些将 IDV 应用于航空领域的尝试做出了重大贡献,但大多数其他建议都缺乏结论和重要方面,如特定空域的具体环境因素、特定机场的操作系统,以及 IDV 在不同类型空域的专门应用。本文将对以前的工作进行系统回顾,讨论在空管系统中利用 IDV 的新方法建议,并分析以前未考虑的因素。本文将首先讨论我们目前拥有的空管系统、其存在的问题、IDV 在空管系统中的潜在用途、其工作原理、潜在使用方法的一般建议、IDV 在空管系统中的优缺点以及未来展望。本文将对利用 IDV 的空管系统的未来进行总体概述和展望。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Uses of Interactive Data Visualization in Air Traffic Control Systems
Air Traffic Control (ATC) systems are complex systems responsible for maintaining safe air traffic within a designated airspace. They are essential for the safe flow of commercial flights in and out of places which can significantly reduce aerial accidents. In recent years, ATC systems have seen concerning problems in large-scale data management and inefficiencies in decision making which can lead to human error. To resolve these issues, the use of Interactive Data Visualization (IDV), a powerful method of presenting complex datasets in an engaging and comprehensible manner instead of using boring charts, can be employed. There have been prior attempts to use IDV methods in various ATC systems. Although these attempts of specializing IDV in aviation have made major contributions, most of these other proposals lack conclusions and essential aspects such as specific environmental factors of the specified airspace, the operating systems of specific airports, in addition with specialized utilization of IDV in different kinds of airspaces. In this paper, a systematic review of previous works will be conducted, the proposal of new ways for utilizing IDV in ATC systems will be discussed, and previous factors that were not considered before will be analyzed. The paper will start off by discussing the ATC systems we have today, their problems, the potential usage of IDV in ATC systems, how it would work, general proposals of potential utilization methods, the advantages and disadvantages of IDV in ATC systems, and future outlooks. The paper will provide a general overview and directions for the future of ATC systems utilizing IDV.
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