透過您的圖書館登入
IP:18.119.141.157
  • 期刊

GPS空中三角測量的精度與可靠度之個案探討

A Case Study on Accuracy and Reliability of GPS-supported Aerial Triangulation

摘要


這些年來,衛星定位技術早已進入實用的階段,利用全球定位系統GPS直接量測攝影中心的空間坐標X0,Y0,Z0,以附加觀測量的方式引入聯合的光束法區域平差計算,可以大量減少地面控制點的需求量,執行一個較廉價的、省時快速的空中三角測量,因而成為航測空中三角測量的最新標準作業方式。本文主要是探討GPS空三的精度與可靠度,並對一些試驗案例的成果做一分析與結論。

並列摘要


The GPS-technology is already worldwide in its operational mode for some years. It enables kinematic positioning of the camera center. The determined object coordinates X0, Y0, Z0 of each camera center can then be another kind of observations in an aerial triangulation (AT). Herewith, it can reduce the number of ground control points and might accomplish a cheaper and more efficient AT. Therefore, the GPS-supported AT becomes an operational standard today. This paper presents results in our study cases and analyzes the accuracy and reliability of a GPS-supported AT.

被引用紀錄


蔡欣穎(2015)。無人載具產製向陽國家森林遊樂區地表地形之研究〔碩士論文,國立屏東科技大學〕。華藝線上圖書館。https://doi.org/10.6346/NPUST.2015.00249

延伸閱讀