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《Science of Surveying and Mapping》 2004-06
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Algorithms and experiment on SAR image orthorectification based on polynomial rectification

HUANG Guoman~(①), GUO Jiankun~(②), Lü Jingguo~(①), XIAO Zhou~(①), ZHAO Zheng~(①),QIU Chunping~(①)(①Chinese Academy of Surveying and Mapping, Beitaiping Road, No.16, HaiDian, Beijing 100039, China;②Institute of Geographical Science and Natural Resources Research, CAS, 11A Datun Road, Anwai, Beijing 100101, China)  
This paper introduces the algorithm on SAR image orthorectification based on polynomial rectification and height displacement correction, and experiments according to the algorithm on ERS2, RADARSAT, and airborne SAR image in mountain area. Many factors result in SAR image distortion, and most of them can be corrected by polynomial rectification. But the distortion of SAR image brought by elevation is very difficult to be corrected by polynomial rectification. In this paper, height displacement caused by elevation is corrected in advance according to the slant distance and elevation of each pixel, and the other distortion is corrected by polynomial rectification. Compared to other orthorectification algorithm on SAR image, it is very easy to implement. According to this method, programme has been designed. And then, experiment has been down on RADARSAT image in a mountain area in China (Dali, Yunnan), and polynomial rectification on the same image also has been down by the same ground control points. The accuracy of the former is about 2.2 pixels, and the latter 44.4 pixels. In this area, the most elevation difference of the ground control points is about 2972 meters. Some other experiments have been down on ERS2 image (Chengdu, Sichuan), and 3 meters resolution airborne SAR image (Dabieshan, Anhui), and the results are similar to that of the first experiment. So, the new algorithm on SAR image orthorectification introduced in this paper is efficient and practicable for SAR image orthorectification in mountain area.
【Fund】: 国家863项目(2001AA132010);; 国家测绘局项目(14601402024 01 03)
【CateGory Index】: TN957.51
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