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Considerations of Head Up Display Field of View

机译:平视显示器视场的注意事项

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This study arose because of a perception that a larger horizontal field of view for a Head Up Display installed in a civil transport was automatically better. There is a lack of scientific analysis to confirm or deny this view. The study addresses three situations:- Crosswind Landings, Curved Approaches and Runway Exit Angle and each situation is assessed with three HUD FoV's. It was found that the Crosswind situation was limited by the aircraft landing restrictions not HUD Field of View. The curved approaches gave a more mixed conclusion but in general the time that the glideslope was within the FoV was not significantly enhanced with a 40degree FoV HUD compared to the nominal 36degree. The runway exit angle analysis showed that alternative means must be found to show the turn-off point rather than reliance on the FoV.
机译:进行这项研究的原因是,人们认为安装在民用运输工具中的平视显示器的较大水平视场自然会自动变好。缺乏科学分析来确认或否认这种观点。该研究解决了三种情况:-侧风着陆,弯曲进场和跑道出口角,每种情况都通过三个HUD FoV进行评估。结果发现,侧风情况是由飞机降落限制而不是HUD视野限制的。弯曲的方法给出了更加复杂的结论,但是与标称36度相比,使用40度FoV HUD时滑坡在FoV范围内的时间通常不会得到明显增加。跑道出口角分析表明,必须找到替代方法来显示转折点,而不是依赖于FoV。

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