ADS-B紧密耦合GPS/IRS导航

M. Manfred, T. Ryno
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引用次数: 3

摘要

美国联邦航空局(FAA)对ADS-B导航传感器提出了具有挑战性的要求,FAA最近的ADS-B拟议规则制定通知(NPRM)得出结论,WAAS满足拟议要求,但表示FAA正在考虑紧密耦合的GNSS/IRS导航是否是可接受的替代方案。紧密结合GPS和惯性参考系统(IRS)的导航系统确实是ADS-B的优秀定位源。航空运输和商务飞机正开始出于各种与ADS-B无关的原因使用这种系统,例如提高RNP 0.1业务的可用性。这一趋势将在未来十年加速。本文描述了紧密耦合的GPS/IRS导航系统及其提供的好处。这表明,它们不仅满足ADS-B NPRM对水平定位的要求,而且还提供了一些额外的好处,增强了ADS-B在具有挑战性的条件下维持空中交通流量的能力,否则会阻碍它。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Tightly coupled GPS/IRS navigation for ADS-B
The FAA has proposed challenging requirements for the ADS-B navigation sensor FAA's recent Notice of Proposed Rulemaking (NPRM) for ADS-B concludes WAAS meets the proposed requirements but says the FAA is considering whether tightly coupled GNSS/IRS navigation is an acceptable alternative. Navigation systems that tightly integrate GPS with an Inertial Reference System (IRS) are indeed an excellent positioning source for ADS-B. Air transport and business aircraft are beginning to use such systems for a variety of reasons unrelated to ADS-B, for example to improve availability for RNP 0.1 operations. This trend will accelerate over the coming decade. This paper describes tightly coupled GPS/IRS navigation systems and the benefits they provide. It shows they not only meet the ADS-B NPRM requirements for horizontal positioning, but they also offer several additional benefits that enhance ADS-B's capability to maintain air traffic flow under challenging conditions that would otherwise impede it.
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