Integrated Application of the Collaborative Trajectory Options Program

Philip J. Smith, M. Evans, A. Spencer, Robert Hoffman, T. Myers, B. Hackney, R. Kicinger
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Abstract

This paper presents use cases for a Concept of Operations (CONOPS) to support more effective pre-departure reroutes in order to reduce departure delays. It describes three different use cases characterizing the use of the Collaborative Trajectory Options Program (CTOP) [1] to manage traffic flows in order to deal with convective weather impacting departures. The first illustrates how CTOP could be used as a replacement for the use of Playbook plays, supporting a more surgical approach to deal with an en route convective weather constraint. The second illustrates how CTOP could be used for the tactical management of departures from a single airport, indicating how it could be integrated with TBFM, PDRR and airport surface management. The third use case provides a detailed example of an interaction design to support the planning of a CTOP Traffic Management Initiative (TMI) focusing on the management of departures in an integrated manner from a number of departure airports. In the discussion of the third use case, a prototype interface is presented to indicate requirements for the supporting interaction design.
协同轨迹选择方案的集成应用
本文介绍了操作概念(CONOPS)的用例,以支持更有效的出发前改道,以减少出发延误。它描述了三种不同的用例,描述了使用协同轨迹选择程序(CTOP)[1]来管理交通流量,以应对对流天气对离场的影响。第一个例子说明了CTOP是如何替代Playbook的,支持一种更精确的方法来处理途中对流天气的限制。第二部分说明了如何将CTOP用于单个机场离境的战术管理,表明如何将其与TBFM、PDRR和机场地面管理相结合。第三个用例提供了一个交互设计的详细示例,以支持CTOP交通管理计划(TMI)的规划,该计划侧重于以集成的方式管理来自多个出发机场的出发。在第三个用例的讨论中,提出了一个原型接口,以指示支持交互设计的需求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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