实现ecac范围内以飞行为中心的ATC的路线图

Carmo Kluenker, Tobias Finck
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引用次数: 1

摘要

以飞行为中心的空中交通管制(FCA)概念描述了一种新的空中交通管制(ATC)方法,旨在减少二氧化碳排放,同时增加空域容量。预计这一概念的优势将随着应用该概念的空间的大小而增加。飞行中心ATC的可行性已经在区域控制中心(ACC)层面得到了验证。接下来,将调查在欧洲民航会议(ECAC)成员国空域实施FCA的潜力和障碍。本文为这种实现提供了一个可能的路线图,并讨论了与之相关的挑战。挑战包括将飞机分配给控制人员和调整人机界面(HMI),以允许控制人员同时引导欧洲各地的不同飞机。此外,具有更高自动化水平的新分离管理工具、新的空对地通信技术(可以在大空域内进行很少或没有频率变化的通信)、对人为因素的影响以及政治和法律问题都是挑战的一部分。所有这些都需要解决,保持或提高目前的安全水平。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Roadmap towards an ECAC-wide Flight Centric ATC implementation
The Flight Centric Air Traffic Control (FCA) concept describes a new approach to air traffic control (ATC) with the aim of reducing CO2 emissions while at the same time increasing airspace capacity. It is expected that the advantages of this concept increase with the size of the airspace in which it is applied. The feasibility of Flight Centric ATC has already been demonstrated at area control center (ACC) level. Next, the potential and obstacles of implementing FCA across the airspace of the European Civil Aviation Conference (ECAC) states shall be investigates. This paper presents a possible roadmap for such an implementation and discusses the challenges associated with it. Challenges include the allocation of aircraft to controllers and adapting the human-machine interface (HMI) to allow controllers to guide different aircraft across Europe simultaneously. Also, new separation management tools with a higher level of automation, new air-to-ground communication technology that enables communication with few or no frequency changes across large airspaces, as well as the impact on human factors and the political and legal questions are part of the challenges. All to be solved maintaining or improving the current level of safety.
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