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作 者:孙振海 Zhenhai Sun(Technical Support Center of Civil Aviation Xinjiang Air Traffic Control Bureau,Urumqi,Xinjiang 830016)
机构地区:[1]民航新疆空管局技术保障中心,新疆乌鲁木齐830016
出 处:《教育思想理论研究》2025年第4期91-93,共3页Research on Educational Thought Theory
摘 要:由于民航运输业的日益繁荣,空中交通的复杂性和背后庞大的运营需求使得传统的人工空中交通管理方法在提升效率方面瓶颈明显。这就需要借助更先进的技术手段,如空管自动化系统,来实现高效、安全的航空交通运营。本研究对这种系统在提升空中交通效率方面的应用进行了深入探讨。首先,介绍了空管自动化系统的构成和运行原理,详细关注了其关键组件如雷达追踪、航班计划管理和航线优化模块的工作流程。其次,通过调查和数据分析,研究发现自动化系统的应用显著提高了空中交通的时效性、降低了人为错误率,进而大大优化了航班的运行效率和旅客的航行体验。最后,本研究还对如何进一步提升系统效能,如改进算法,增强系统稳定性等提出了一系列可实施且有实效的建议。总的来说,此研究结果强烈表明空管自动化系统对于提升空中交通运营效率,提高旅客的旅行体验具有积极且深远的影响。Due to the increasing prosperity of the civil aviation transportation industry,the complexity of air traffic and the huge operational demands behind it have made traditional manual air traffic management methods have obvious bottlenecks in improving efficiency.This requires the use of more advanced technological means,such as air traffic control automation systems,to achieve efficient and safe air traffic operations.This study explores in depth the application of this system in improving air traffic efficiency.Firstly,the composition and operat⁃ing principle of the air traffic control automation system were introduced,with a detailed focus on the workflow of its key components such as radar tracking,flight schedule management,and route optimization modules.Secondly,through investigation and data analysis,it was found that the application of automation systems significantly improves the timeliness of air traffic,reduces human error rates,and greatly optimizes flight operation efficiency and passenger navigation experience.Finally,this study also proposes a series of feasible and effective suggestions on how to further improve system efficiency,such as improving algorithms and enhancing system stability.Overall,the results of this study strongly indicate that air traffic control automation systems have a positive and far-reaching impact on improving air traffic opera⁃tion efficiency and enhancing passengers'travel experience.
关 键 词:空管自动化系统 空中交通效率 航班运行效率 人为错误降低 系统效能提升
分 类 号:V355[航空宇航科学与技术—人机与环境工程]
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