Aerial Triangulation Close-range Images with Dual Quaternion

doi:10.11947/j.AGCS.2015.20130533

Abstract

Abstract: A new method for the aerial triangulation of close-range images based on dual quaternion is presented. Using dual quaternion to represent the spiral screw motion of the beam in the space, the real part of dual quaternion represents the angular elements of all the beams in the close-range area networks, the real part and the dual part of dual quaternion represents the line elements corporately. Finally, an aerial triangulation adjustment model based on dual quaternion is established, and the elements of interior orientation and exterior orientation and the object coordinates of the ground points are calculated. Real images and large attitude angle simulated images are selected to run the experiments of aerial triangulation. The experimental results show that the new method for the aerial triangulation of close-range images based on dual quaternion can obtain higher accuracy.

Key words: geo-positioning, close range photogrammetry, aerial triangulation, dual quaternion

CLC Number:

P234.1

SHENG Qinghong, LIU Jianfeng, YU Mengxin, WANG Huinan. Aerial Triangulation Close-range Images with Dual Quaternion[J]. Acta Geodaetica et Cartographica Sinica, 2015, 44(5): 503-509.

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