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首页> 外文会议>IFIP WG 5.14 International conference on computer and computing technologies in agriculture >Application of 'GaoFen-1' Satellite Data and 'Micro-UAV' Data in Remote Sensing Monitoring in Winter Wheat-Illustrated by a Case of Jizhou in Hebei Province
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Application of 'GaoFen-1' Satellite Data and 'Micro-UAV' Data in Remote Sensing Monitoring in Winter Wheat-Illustrated by a Case of Jizhou in Hebei Province

机译：“高分-1”卫星数据和“微型无人机”数据在冬小麦遥感监测中的应用-以河北省冀州市为例

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摘要

This research utilized "GaoFen-1" 2 m panchromatic, 8 m and 16 m multispectral satellite data to monitor the planting area of winter wheat. Calculate the correction coefficient by the results of planting area of winter wheat gotten from "GaoFen-1" 16 m multispectral satellite data and micro unmanned aerial vehicle data. Correct the area extraction result of "GaoFen-1" 16 m multispectral satellite data and verify the accuracy of the results got from fusion data of 2 m resolution and 8 m resolution of "GaoFen-1" by micro unmanned aerial vehicle data. Then compare with the area extraction results, extracted from the data of fusion data of 2 m resolution and 8 m resolution of "GaoFen-1" and the corrected 16 m multispectral satellite data, in Jizhou. The study result show that the corrected extraction result of planting area of winter wheat, from "GaoFen-1" 16 m multispectral satellite data, is accurate relatively and could better meet the requirements of the crop dynamic monitoring business operational running.
机译：本研究利用2 m全色，8 m和16 m多光谱卫星数据“ GaoFen-1”监测冬小麦的播种面积。根据“高分-1” 16 m多光谱卫星数据和微型无人机数据得到的冬小麦播种面积结果，计算校正系数。纠正“高分-1” 16 m多光谱卫星数据的面积提取结果，并通过微型无人机数据验证“高分-1” 2 m分辨率和8 m分辨率融合数据得到的结果的准确性。然后与区域提取结果进行比较，从冀州2 g分辨率和8 m分辨率的“高分1号”融合数据以及校正后的16 m多光谱卫星数据中提取数据。研究结果表明，从“高分1号” 16 m多光谱卫星数据中提取的冬小麦种植面积的校正结果相对准确，可以较好地满足作物动态监测业务运行的要求。

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