测绘与空间地理信息
測繪與空間地理信息
측회여공간지리신식
GEOMATICS & SPATIAL INFORMATION TECHNOLOGY
2014年
9期
100-102
,共3页
轻型无人机%POS%空中三角测量
輕型無人機%POS%空中三角測量
경형무인궤%POS%공중삼각측량
Unmanned Aerial Vehicles (UAV)%POS%aerotriangulation
轻型无人机以其机动灵活的特点，能够适应地形复杂、多云地区的飞行任务。但是由于其镜头小，获取的影像具有像幅小、数量多、基线短、重叠度不规则等特点，使其处理方法和传统的航空影像有所不同。本文对轻型无人机影像数据利用常规光束法区域网平差和POS辅助光束法区域网平差分别进行处理，结果表明，常规方法的精度要优于POS方法，最后对如何提高POS方法的精度提出了一些建议。
輕型無人機以其機動靈活的特點，能夠適應地形複雜、多雲地區的飛行任務。但是由于其鏡頭小，穫取的影像具有像幅小、數量多、基線短、重疊度不規則等特點，使其處理方法和傳統的航空影像有所不同。本文對輕型無人機影像數據利用常規光束法區域網平差和POS輔助光束法區域網平差分彆進行處理，結果錶明，常規方法的精度要優于POS方法，最後對如何提高POS方法的精度提齣瞭一些建議。
경형무인궤이기궤동령활적특점，능구괄응지형복잡、다운지구적비행임무。단시유우기경두소，획취적영상구유상폭소、수량다、기선단、중첩도불규칙등특점，사기처리방법화전통적항공영상유소불동。본문대경형무인궤영상수거이용상규광속법구역망평차화POS보조광속법구역망평차분별진행처리，결과표명，상규방법적정도요우우POS방법，최후대여하제고POS방법적정도제출료일사건의。
With the characteristic of flexibility, Unmanned Aerial Vehicles ( UAV) can adapt to the flight mission of complex terrain in cloudy areas.Since the lens are short and the obtained image with the characteristic of small size, large number, short baseline and irregular overlapping degree, this method is different from the one to process traditional aviation images.In this paper, the image data of UAV are processed using the conventional block aerotriangulation by bundle method and the POS-supported block aerotriangulation by bundle method.The results show that the precision of conventional method is better than the POS-supported one.The paper also puts forward some suggestions on how to improve the accuracy of POS method.
