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Vision system guides incoming aircraft

机译:视觉系统引导进来的飞机

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In perfect weather, when the sun is shining and the skies are clear, a commercial airline pilot can park an airplane within 1 m of the disembarka-Ⅰ tion point, where a motorized bridge can connect properly with the passenger exit door 99 out of 100 times. However, at nighttime or in fog, rain, or snow, the usual markers and visual points a pilot or ground marshal uses to manually guide an aircraft to the disembarkation point are difficult to spot. Using algorithms originally developed at the Fraunhofer Gesellschaft (Munich, Germany), Honeywell Airport Systems GmbH (Wiedel, Germany) has developed its Visual Guided Docking System (VGDS). Installed at airports in Germany, China, and Korea, the system includes a high-dynamic-range CMOS camera to collect images of incoming aircraft, a Sun Microsystems (Santa Clara, CA, USA) UltraSparc Ⅱ workstation to process the image of the incoming aircraft and communicate with the flight information system (FIS) and airport operations database (AOD), and a wall-mounted, oversized LCD to give the pilot directions and distance for parking the plane at the proper disembarkation point.
机译:在理想的天气中,当阳光明媚,天空晴朗时,商业航空公司的飞行员可以将飞机停在离下车点1 m的范围内,在这里机动桥可以正确连接乘客出口的100个门中的99个次。然而,在夜间或在雾,雨或雪中,飞行员或地面元帅手动将飞机引导到下机点的常用标记和视点很难发现。使用最初在Fraunhofer Gesellschaft(德国慕尼黑)开发的算法,霍尼韦尔机场系统有限公司(德国Wiedel)已经开发了其视觉引导对接系统(VGDS)。该系统安装在德国,中国和韩国的机场,包括一个高动态范围CMOS相机以收集进来的飞机的图像,还有一个Sun Microsystems(美国加利福尼亚州圣克拉拉)的UltraSparcⅡ工作站来处理进来的图像。飞机,并与飞行信息系统(FIS)和机场运营数据库(AOD)进行通信,并与壁挂式超大LCD进行通信,以提供飞行员方向和距离,以将飞机停在适当的下船地点。

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