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COSTAL SURVEY USING UNMANNED AERIAL SYSTEMS

机译:使用无人机空中系统的沿海调查

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Generating high-resolution 3-dimensional costal imagery from imagery collected on small-unmanned aircraft is opening many opportunities to study marine wildlife and its use of costal habitats as well as climate change effects on northern coasts where storm surges are radically altering the coastline. Additionally, the technology is being evaluated for oil spill response planning and preparation. The University of Alaska Fairbanks works extensively with small-unmanned aircraft and recently began evaluating the aircraft utility for generating survey grade mapping of topographic features. When generating 3-D maps of coastal regions however there are added challenges that the University have identified and are trying to address. Recent projects with Alaska fisheries and BP Exploration Alaska have demonstrated that small-unmanned aircraft can support the generation of map-based products that are nearly impossible to generate with other technologies.
机译:从小型飞机上收集的图像产生高分辨率三维昂贵的图像正在开辟许多机会学习海洋野生动物的机会及其使用肋骨栖息地以及北部海岸的气候变化影响,其中风暴浪涌在大大改变海岸线。此外,正在评估该技术的漏油响应规划和准备。阿拉斯加大学Fairbanks与小无人驾驶飞机广泛工作,最近开始评估飞机效用,以产生地形特征的调查等级映射。然而,在生成沿海地区的3D地图时,大学已经确定并试图解决的挑战。最近的Alaska渔业和BP勘探Alaska的项目已经证明,小无人驾驶飞机可以支持产生基于地图的产品,这些产品几乎不可能与其他技术产生。

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