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Development of an Interval Management Algorithm using Ground Speed Feedback for Delayed Traffic

机译:基于地面速度反馈的时延交通区间管理算法的开发

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One of the goals of NextGen is to enable frequent use of Optimized Profile Descents (OPD) for aircraft, even during periods of peak traffic demand. NASA is currently testing three new technologies that enable air traffic controllers to use speed adjustments to space aircraft during arrival and approach operations. This will allow an aircraft to remain close to their OPD. During the integration of these technologies, it was discovered that, due to a lack of accurate trajectory information for the leading aircraft, Interval Management aircraft were exhibiting poor behavior. NASA's Interval Management algorithm was modified to address the impact of inaccurate trajectory information and a series of studies were performed to assess the impact of this modification. These studies show that the modification provided some improvement when the Interval Management system lacked accurate trajectory information for the leading aircraft.
机译:NextGen的目标之一是即使在交通需求高峰期也能频繁使用飞机的优化型材下降(OPD)。 NASA目前正在测试三种新技术,这些技术可使空中交通管制员在进场和进场操作期间使用速度调节功能来控制航天飞机。这将使飞机保持在其OPD附近。在整合这些技术的过程中,发现由于领先飞机缺乏准确的航迹信息,间隔管理飞机表现出不良行为。 NASA的间隔管理算法已进行了修改,以解决不正确的轨迹信息的影响,并进行了一系列研究以评估这种修改的影响。这些研究表明,当间隔管理系统缺少针对领先飞机的准确航迹信息时,这种修改提供了一些改进。

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