新兴的自由飞行座舱技术

G.C. Chang, G. Livack, J. Mcdaniel
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引用次数: 5

摘要

自由飞行概念的成功实施需要为机组人员、空中交通服务提供商和调度员提供新的技术和相关的程序和标准。本文探讨了增强航空安全的关键座舱技术和程序,同时也是座舱自由飞行的使能技术。这些使能技术通过两个互补的操作概念进行集成,即飞行操作和空中交通管理集成(FTMI)和安全态势感知(SAS),并适当考虑人为因素。这两个概念,以及它们的支持航空电子设备、数据链、地面空中交通和飞行信息服务(FIS)基础设施,使自由飞行成为一种独特的技术可能性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Emerging cockpit technologies for free flight
Successful implementation of the free flight concept requires new technologies and associated procedures and standards for the flight crew, the air traffic service provider, and, where applicable, the dispatcher. This paper explores key cockpit technologies and procedures that enhance aviation safety and, at the same time, are cockpit enabling technologies for free flight. These enabling technologies are integrated through two complementary operational concepts known as Flight Operations and Air Traffic Management Integration (FTMI) and Situational Awareness for Safety (SAS), with due consideration given to human factors. These two concepts, along with their supporting avionics, data links, and ground-side air traffic and Flight Information Service (FIS) infrastructure, make free flight a distinct technical possibility.
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