交通流量管理策略,以支持终端区域的超密集运作

P.J. Smith, A. Spencer, J. Krozel, A. Andre, J. Mitchell
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引用次数: 6

摘要

为了在终端区域实现与下一代超密集作战(SDO)概念相关的目标,有必要将战略和战术作战更紧密地结合起来。新的战术能力通过减少分离、更有效的排序、并行方法和灵活的到达和离开路线,提供了增加吞吐量的潜力。这些战术能力的基础包括先进的通信、导航和监视(CNS)功能,使飞机能够基于更紧密间隔的4D轨迹进行控制,具有更严格的导航性能(RNP)和RNAV能力。但是,特别是在天气情况下,这些战术能力的使用必须嵌入到管理通过SDO空域提供到达和离开的交通流的综合方法中。本文侧重于协作交通流量管理(CTFM)策略的发展,以一种能够有效利用基于轨迹的操作(TBO)的先进战术操作的方式,将飞机交付到机场和大都市(地理上靠近的机场群),使用4D轨迹作为支持紧密间隔的基础。平行进近和离港以及轨迹的优化,以减少燃料消耗和最小化对环境的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Traffic flow management strategies to support super-dense operations in the terminal area
In order to achieve the goals associated with the NextGen concept of Super-Dense Operations (SDO) in the terminal area, it is necessary to integrate more tightly strategic and tactical operations. New tactical capabilities offer the potential to increase throughput by enabling reduced separation, more effective sequencing, parallel approaches and flexible arrival and departure routes. The foundation for these tactical capabilities include advanced communication, navigation and surveillance (CNS) functions that enable control based on more closely spaced 4D trajectories enabled by aircraft with tighter Required Navigational Performance (RNP) and RNAV capabilities. Especially in weather scenarios, however, use of these tactical capabilities must be embedded in an integrated approach to managing the traffic flows providing arrivals and departures through SDO airspace. This paper focuses on the development of Collaborative Traffic Flow Management (CTFM) strategies to deliver aircraft to airports and metroplexes (groups of geographically close airports) in a manner that enables effective use of advanced tactical operations making use of Trajectory-Based Operations (TBO) -using 4D Trajectories as a basis to support closely spaced, parallel approaches and departures and the optimization of trajectories to reduce fuel consumption and minimize environmental impacts.
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