Full text: Proceedings, XXth congress (Part 2)

anbul 2004 International Archives of the Photogrammetry, Remote Sensing and Spatial Information Sciences, Vol XXXV, Part B2. Istanbul 2004 
   
  
  
  
Figure 11. Comparing two kind of corrected images (The upper 
is ortho-rectified image, and the other is quadratic 
polynomial rectified image). 
5. CONCLUSIONS 
  
  
In this paper, a new algorithm on SAR image ortho-rectification 
has been proposed based on polynomial rectification and height 
displacement correction, which was provided with a systematic 
theory. It could be realized simply and rapidly, and it was very 
superior to other algorithms without precise catalogue data. 
From the analysis and the comparison to some experiments with 
space borne (ERS-2 and Radarsat) and high resolution airborne 
SAR images, it is shown that this new algorithm reached 
satisfying results in mountain area. 
e original 
he second, 
|, result of 
tification 
6. REFERENCES 
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Leland Pierce, Josef Kellndorfer, Fawwaz Ulaby, 1996. 
Practical SAR Orthorectification, /GARSS, 4, pp. 2329 2331. 
Mohd Ibrahim Seeni Mohd and Shahruddin Ahmad, 2002. 
Report on  ACRS 2000 Digital Photogrammetry 
“Orthorectification of Stereo Spot Panchromatic and Radarsat 
Fine Mode Data using Orbital Parameters and Digital Elevation 
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gisdevelopment.net/aars/acrs/2000/ts4/ digi0002.shtml (accessed 25 
Apr. 2004) 
Billingsley, F.C., 1983, Data Processing and Reprocessing, in 
Manual of Remote Sensing, 2nd Edition, Vol. 1, Editor-in-chief 
R.N. Colwell, (Falls Church, Virginia, USA : Sheridan Press). 
pp. 719-722. 
Thierry Toutin, 2003. Review article: Geometric processing of 
remote sensing images: models, algorithms and methods, 
International Journal of Remote Sensing, 25, pp. 1893-1924. 
Wong, K.W., 1975, Geometric and Cartographic Accuracy of 
ERTS-1 Imagery, Photogrammetric Engineering and Remote 
Sensing, 41, 621-635. 
  
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