首页> 外文会议>Conference on Enhanced and Synthetic Vision 2001 Apr 16-17, 2001, Orlando, USA >Autonomous UV-Enhanced Vision System for Landing on CAT I Runways during CAT IIIa Weather Conditions
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Autonomous UV-Enhanced Vision System for Landing on CAT I Runways during CAT IIIa Weather Conditions

机译:在CAT IIIa天气条件下降落在CAT I跑道上的自主紫外线增强视觉系统

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Airport traffic delays continue to increase, without any relief in sight. A major contributing factor is the lack of low visibility capability for both aircraft landing and movement about an airport surface. Only 39 runways in the USA can operate under CAT III (700 ft. Visibility to land) conditions, and just 19 additional runways are in the planning stage. Each will cost dollar 1 billion and take about ten years to place in operation. Ultraviolet (UV) technology may offer a solution. Runways that would normally decrease their traffic throughput, or close, as visibility degrades, can maintain their visual tempo and safety norms through the application of UV fog penetration techniques. These techniques can be applied on a selective and incremental basis such that some relief can be expected within two years and major decreases in delays can be realized a year thereafter.
机译:机场交通延误继续增加,看不到任何缓解。一个主要的影响因素是飞机着陆和在机场表面附近移动时缺乏低能见度。在美国,只有39条跑道可以在CAT III(700英尺高空着陆)条件下运行,并且只有19条额外的跑道处于计划阶段。每个项目将耗资10亿美元,并且需要大约十年的时间才能投入运营。紫外线(UV)技术可以提供解决方案。通常,由于能见度降低而降低交通流量或关闭的跑道,可以通过应用UV雾渗透技术来维持其视觉节奏和安全规范。可以有选择地和逐步地应用这些技术,以便可以在两年内获得一定程度的缓解,并在一年后实现延迟的大幅减少。

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