International Archives of the Photogrammetry, Remote Sensing and Spatial Information Sciences, Vol XXXV, Part B-YF. Istanbul 2004 
7. CONCLUSIONS 
In this project, the images that have been orthorectified are spot 
images, with spatial analysis 10m the panchromatic and 20m 
the multispectral. The problem during the orthorectification was 
the exact location of the control points in the images due to 
their low analysis. Finally the resolution of the panchromatic 
orthoimage is 8,9m and of the multispectral is 4,9m. 
The synthetic image maintains the spectral and spatial 
characteristics of the initial orthoimages, as the statistical tests 
demonstrate. 
As for the classification, the statistic tests that were done led to 
very satisfactory results, 83,64% for the urban area and 81,48% 
for the hilly area. 
The results of visualization give one very realistic 
representation of the anaglyph, especially for the hilly area 
because the urban area has smooth anaglyph. The elevation 
differences are clearly attributed and shown, by the 
visualization of the DTM and the 3D flight-video over the area 
of interest. 
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