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IMPLEMENTING GIGAPAN TECHNOLOGY INTO AN AIRPORT’S FOREIGN OBJECT DEBRIS (FOD) MANAGEMENT PROGRAM

机译:将GIGAPAN技术应用于机场的外来物体碎片(FOD)管理程序

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This article presents a technology that can easily be implemented at airports by airport operatorsto conduct daily foreign object debris (FOD) inspections. The process includes developinggigapixel panoramas of an airport runway that can be reviewed close to “live time” by trainedstaff. The approach promotes an inexpensive means for FOD detection without having toconduct daily runway drive-through tours. In addition to FOD inspection, the technology canpotentially be used as a pavement management system tool, and for detecting wildlife.Gigapan technology is used to develop high-resolution panoramas from multiple gridimages. The technology incorporates a robotic camera mount and corresponding software todevelop a composite image from multiple images. The high resolution gigapixel panoramaenables a viewer to zoom-in on objects within the panorama similar in approach to Google Earth.Consequently, panorama viewing becomes interactive.This article reviews GigaPan technology and how it can be incorporated into FODinspections to promote airfield runway safety.
机译:本文介绍了一种易于由机场运营商在机场实施的技术 进行日常异物碎片(FOD)检查。该过程包括开发 可以由培训人员在接近“实时”的情况下查看机场跑道的十亿像素全景图 职员。该方法促进了一种廉价的FOD检测手段,而无需 每天进行跑道自驾游。除了FOD检查外,该技术还可以 可能用作路面管理系统工具,并用于检测野生动植物。 Gigapan技术用于从多个网格开发高分辨率全景图 图片。该技术结合了自动摄像机安装座和相应的软件,以 从多个图像中形成一个合成图像。高分辨率千兆像素全景 使观看者可以放大全景图中的对象,方法类似于Google Earth。 因此,全景观看变得互动。 本文介绍了GigaPan技术以及如何将其整合到FOD中 进行检查,以提高飞机场跑道的安全性。

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