A target windows model for managing 4-D trajectory-based operations

I. Berechet, F. Debouck, L. Castelli, A. Ranieri, C. Rihacek
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引用次数: 9

Abstract

The Contract of Objectives (CoO), which is based on Target Windows (TWs), constitutes a new concept of operations for Air Traffic Management. TWs are represented by 4-D windows to be respected during the flight execution. They are negotiated and formally agreed by all the different actors involved in the execution of a flight and are located at the transfer of responsibility areas between them. This paper focuses on the TW modelling process which is at the base of the operational assessment carried on in the framework of the CATS project to investigate the impact of this concept on Air Traffic Controllers and pilots' working methods. In particular in this paper we focus on the TW model which has been developed for the first Human In the Loop (HIL) experiment, a real time simulation carried on to assess the impact of the concept on air traffic controllers working methods. A different work by CATS project elaborates instead on the specific indicators measured during this experiment, regarding both system performances and human performances observed during the HIL.
用于管理基于四维轨迹的操作的目标窗口模型
基于目标窗口(TWs)的目标契约(CoO)构成了一种新的空中交通管理操作概念。TWs由4-D窗口表示,在飞行执行过程中受到尊重。它们是由参与执行飞行的所有不同行为者谈判和正式商定的,位于它们之间的责任转移区域。本文的重点是TW建模过程,这是在CATS项目框架内进行的业务评估的基础上,以调查这一概念对空中交通管制员和飞行员工作方法的影响。在本文中,我们特别关注了TW模型,该模型是为第一个人在回路(HIL)实验开发的,该实验进行了实时仿真,以评估该概念对空中交通管制员工作方法的影响。CATS项目的另一项工作详细阐述了在该实验中测量的具体指标,包括在HIL期间观察到的系统性能和人类性能。
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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