Publication | Closed Access
Validation of an automatic image ortho-rectification processing
18
Citations
1
References
2004
Year
Unknown Venue
EngineeringStereo ImagingSpot SatellitesImage AnalysisCalibrationPhotometric StereoComputational GeometryRadiologyGeodesyGeometric ModelingMachine VisionMedical ImagingSynthetic Aperture RadarSpot5 LaunchMedical Image ComputingImage EnhancementReference3d/sup Tm/Computer VisionNatural SciencesComputer Stereo VisionImage ProcessorRemote SensingImage Restoration3D ScanningStereoscopic Processing
Following SPOT5 launch, Spotlmage and French National Geographic Institute (IGN) have decided to design a worldwide accurate database called Reference3D/sup TM/ using data from the High Resolution Stereoscopic SPOT5 instrument (HRS). Spotlmage and IGN have also decided to develop and commercialize a system called ANDORRE to produce orthorectifled images thanks to Reference3D/sup TM/ data. ANDORRE has been designed to take advantage of Reference3D/sup TM/ planimetric and altimetric accuracy to automatically register and rectify any image from SPOT satellites. In this framework, CNES is acting as prime contractor to realize and industrialize the algorithms following a preliminary study undertaken by IGN. This paper focuses on the validation of the geometric performances of the algorithms. A special attention is also paid to the processing time in order to achieve the rectification of a 24000/spl times/24000 image in less than one hour.
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