Title :
RADARSAT ScanSAR interferometry
Author :
Bamler, R. ; Geudtner, D. ; Schattler, B. ; Vachon, P.W. ; Steinbrecher, U. ; Holzner, J. ; Mittermayer, J. ; Breit, H. ; Moreira, A.
Author_Institution :
German Aerosp. Res. Establ., Wessling, Germany
Abstract :
ScanSAR interferometry is an efficient technique for topographic mapping or surface change monitoring of large areas. The feasibility of ScanSAR interferometry has been demonstrated in theory and simulations before. The authors show the first ScanSAR interferogram from real RADARSAT data. In a first example, an interferogram derived from two ScanSAR data sets is presented. In a second example, an interferogram is formed from a ScanSAR a one strip-map data set. In this case, the azimuth synchronization problem involved in the acquisition of ScanSAR interferometric pairs is circumvented. Different interferometric ScanSAR algorithms are discussed
Keywords :
geophysical techniques; radar imaging; remote sensing by radar; spaceborne radar; synthetic aperture radar; terrain mapping; topography (Earth); RADARSAT; SAR; ScanSAR interferogram; ScanSAR interferometry; algorithm; azimuth synchronization; geophysical measurement technique; land surface topography; large area; radar remote sensing; spaceborne radar; strip-map data set; surface change monitoring; synthetic aperture radar; terrain mapping; topographic mapping; Aging; Azimuth; Graphics; Image resolution; Instruments; Monitoring; Radar imaging; Signal processing; Spaceborne radar; Synthetic aperture radar interferometry;
Conference_Titel :
Geoscience and Remote Sensing Symposium, 1999. IGARSS '99 Proceedings. IEEE 1999 International
Conference_Location :
Hamburg
Print_ISBN :
0-7803-5207-6
DOI :
10.1109/IGARSS.1999.772005