Developments Towards Trajectory Based Operations in Arrival Management at Schiphol Airport

D. Mijatović, F. Dijkstra
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引用次数: 5

Abstract

Air Traffic Control the Netherlands (LVNL) supports the Single European Sky ATM Research (SESAR) in the implementation of Trajectory Based Operations (TBO). A key TBO-component for LVNL is to achieve more environmentally friendly arrivals by introducing Continuous Descent Approach (CDA) in the Terminal Area (TMA) during daytime along fixed Precision Area Navigation (P-RNAV) routes. Simulations and calculations demonstrated decreased controllers’ workload and reductions in noise nuisance for use of P-RNAV routes and in fuel burn for CDA operations.To realize CDAs flown along P-RNAV routes, more predictable and stable arrival traffic flows are needed. Therefore, more accurate delivery of flights at the Initial Approach Fix (IAF) is required. LVNL is developing a decision support tool (Speed and Route Advisor - SARA) for controllers in the Area Control Centre. Simulations show that the reached accuracy of the target metering time window at the IAF can enable CDA along TMA P-RNAV routes.
史基浦机场到达管理中基于轨迹操作的发展
荷兰空中交通管制(LVNL)支持欧洲单一天空ATM研究(SESAR)实施基于轨迹的操作(TBO)。lbnl的一个关键tbo组成部分是通过在白天在终点区(TMA)沿着固定精确区域导航(P-RNAV)路线引入连续下降进近(CDA)来实现更环保的到达。模拟和计算表明,使用P-RNAV路线减少了控制器的工作量,减少了噪音干扰,减少了CDA操作的燃料消耗。为了实现CDAs沿P-RNAV航线飞行,需要更可预测和稳定的到达交通流。因此,需要在初始进近固定点(IAF)更准确地交付航班。LVNL正在为区域控制中心的管制员开发一种决策支持工具(速度和路线顾问- SARA)。仿真结果表明,在IAF达到的目标计量时间窗精度可以实现沿TMA P-RNAV路由的CDA。
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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