2019年蒲甘世界遗产地0.2m无人机正射影像数据

该数据集为缅甸蒲甘遗产地无人机高分辨率的数字正射影像。利用无人机低空摄影测量技术，布设了41个地面控制点，2019年12月30日至2020年1月6日完成蒲甘世界文化遗产地全域约240平方公里无人机高分辨率航空遥感飞行，获得了270GB的瓦片数据，利用运动恢复结构（SfM）技术生产得到了10cm分辨率的数字正射影像数据。利用无人机低空摄影测量技术，布设了41个地面控制点，2019年12月30日至2020年1月6日完成蒲甘世界文化遗产地全域约240平方公里无人机高分辨率航空遥感飞行，获得了270GB的瓦片数据，利用运动恢复结构（SfM）技术生产得到了10cm分辨率的数字正射影像数据。利用无人机低空摄影测量技术，布设了41个地面控制点，2019年12月30日至2020年1月6日完成蒲甘世界文化遗产地全域约240平方公里无人机高分辨率航空遥感飞行，获得了270GB的瓦片数据，利用运动恢复结构（SfM）技术生产得到了10cm分辨率的数字正射影像数据。

This dataset consists of high-resolution UAV digital orthophoto imagery of the Bagan Heritage Site in Myanmar. Using low-altitude UAV photogrammetry technology, 41 ground control points were set up. From December 30, 2019 to January 6, 2020, high-resolution UAV aerial remote sensing flights covering approximately 240 square kilometers of the entire Bagan World Cultural Heritage Site were completed, obtaining 270GB of tile data. The digital orthophoto imagery data with a resolution of 10 cm was produced using Structure from Motion (SfM) technology. Using low-altitude UAV photogrammetry technology, 41 ground control points were set up. From December 30, 2019 to January 6, 2020, high-resolution UAV aerial remote sensing flights covering approximately 240 square kilometers of the entire Bagan World Cultural Heritage Site were completed, obtaining 270GB of tile data. The digital orthophoto imagery data with a resolution of 10 cm was produced using Structure from Motion (SfM) technology. Using low-altitude UAV photogrammetry technology, 41 ground control points were set up. From December 30, 2019 to January 6, 2020, high-resolution UAV aerial remote sensing flights covering approximately 240 square kilometers of the entire Bagan World Cultural Heritage Site were completed, obtaining 270GB of tile data. The digital orthophoto imagery data with a resolution of 10 cm was produced using Structure from Motion (SfM) technology.