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Challenges of reducing landing minima and enabling single-pilot operations through the use of synthetic vision/highway-in-the-sky technologies

机译:通过使用合成视觉/空中公路技术来降低降落最小值并实现单飞行员操作的挑战

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A synthetic vision system (SVS) developed by RTI International, Paul Snow & Associates, and Nav3D portrays terrain, obstacles, the airport environment, and pathway information in a 3D perspective view. RTI has also done preliminary work with combining imagery from a forward-looking enhanced vision sensor with the completely computer generated SVS to produce a combined vision system (CVS). This paper addresses the many certification challenges for an airborne SVS and more specifically, challenges associated with being able to use SVS to reduce landing minima and enable single pilot operations.
机译:由RTI International,Paul Snow&Associates和Nav3D开发的合成视觉系统(SVS)以3D透视图描绘地形,障碍物,机场环境和路径信息。 RTI还通过将前瞻性增强型视觉传感器的图像与完全由计算机生成的SVS进行组合以产生组合视觉系统(CVS)进行了初步工作。本文解决了机载SVS的许多认证挑战,更具体地说,是与能够使用SVS减少最小着陆并启用单飞行员操作相关的挑战。

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