无扇区ATM概念中控制器任务的变化——优先结果

B. Birkmeier, J. Schmid, A. Schmitt, B. Korn
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引用次数: 14

摘要

在无扇区的空中交通管理概念中,空域不被划分为扇区,而是被视为一个整体。空中交通管制员不再负责一个扇区,而是负责他或她从进入空域到出口控制的单个航班。这意味着管制员必须跟踪可能不在同一地理区域的多个航班和交通情况。当然,这种相当大的概念变化会影响控制器的任务和工作方式。本文给出了关于无扇区概念如何改变控制器任务的初步结果。在DLR进行的实时仿真提供了有关控制器任务变化的初步指示,并对其进行了介绍和分析。提出了初步的任务分析并进行了讨论。我们回顾了扇区概念的不同任务模型,并将它们用于比较有扇区和无扇区概念中的任务。在无部门概念中,不再需要与相邻部门进行协调。此外,采用冲突检测工具和其他自动支助系统可以减轻管制员的规划任务,从而使主要任务更多地转向战术控制和监测。讨论提出了一种工作环境和程序,可以帮助管制员在保持态势感知的同时利用无扇区控制的好处。
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Change of controller tasks in a sectorless ATM concept - first results
In a sectorless air traffic management concept the airspace is not divided into sectors but seen as one piece. An air traffic controller is no longer in charge of a sector but is responsible for individual flights which he or she controls from the entry into the airspace to the exit. This means that the controller has to keep track of several flights and traffic situations which might not be in the same geographic region. Of course, such a considerable change of concept influences the tasks and way of working for the controller. This paper gives first results about how a sectorless concept might change controller tasks. Real time simulations conducted at DLR provided first indications regarding changes in controller tasks, which are presented and analyzed. A preliminary task analysis is provided and discussed. We review different task models for a sectored concept and use them for a comparison of tasks in a sectored and a sectorless concept. Coordination with adjoining sectors is no longer necessary in a sectorless concept. In addition, the introduction of conflict detection tools and other automatic support systems could relieve the controller of planning tasks, thus shifting the main tasks more towards tactic control and monitoring. The discussion suggests a work environment and procedures which help the controller to exploit the benefits of sectorless control while retaining situational awareness.
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