下一代飞机的先进飞行甲板

R. Faerber, T. Etherington
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引用次数: 8

摘要

替代飞行管理系统(FMS)的人机界面和高级主飞行显示(PFD)的概念是必要的,因为理解和操作设备功能增加的复杂性继续给已经不堪重负的飞行员带来负担和困惑。1997年,罗克韦尔柯林斯公司设计了一种先进的FMS显示/界面,并增强了现有的3D PFD,大大减少了这些系统用户之间的人机界面问题。1997年进行了两次独立的人为因素实验。第一项研究调查了先进的FMS接口显示格式与传统的控制显示单元(CDU)类型的FMS。第二项测试测试了先进的3D PFD,与标准的商业PFD格式相比,这是NASA 3D路径显示的改编。两个实验的结果都显示了统计学上显著的发现,在第95个置信度水平上支持这些先进的飞行甲板设计。本文详细介绍了这些发现,并为下一代飞机的驾驶舱设计师提供了建议。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Advanced flight deck for next generation aircraft
Alternative Flight Management System (FMS) human interface and Advanced Primary Flight Display (PFD) concepts are needed as the complexities of understanding and operating increased functionality on equipment continue to burden and confuse an already inundated pilot. In 1997 Rockwell Collins Inc. designed an advanced FMS display/interface and enhanced an existing 3D PFD that significantly reduced human interface problems between users of these systems. Two independent human factors experiments were conducted in 1997. The first investigated the Advanced FMS Interface display format versus a conventional Control Display Unit (CDU) type FMS. The second examined an advanced 3D PFD, an adaptation of the NASA 3D pathways display, compared to a standard commercial PFD format. Results from both experiments revealed statistically significant findings at the 95th level of confidence favoring these advanced flight deck designs. This paper details these findings and provides recommendations to cockpit designers of the next generation aircraft.
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