FR4.R3.4

ON THE PERFORMANCE OF SWATH RECONSTRUCTION ALGORITHMS FOR MULTISTATIC SAR CONSTELLATIONS: A SENSITIVITY ANALYSIS

Marc Rodriguez-Cassola, Phuong Mai Nguyen Thi, Gerhard Krieger, Jalal Matar, Nida Sakar, Eduardo Rodrigues Silva Filho, Alberto Moreira, DLR, Germany
Session:
FR4.R3: Multi-Channel DBF Imaging Techniques Oral
Track:
SAR Imaging and Processing Techniques
Location:
Room 107
Presentation Time:
Fri, 21 Jul, 16:21 - 16:33 Pacific Time (UTC -7)
Session Chair:
Marc Rodriguez-Cassola, DLR
Session Manager:
Shankho Subhra Pal
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Session FR4.R3
FR4.R3.1: GPU-Accelerated SAR Image Formation in the Presence of Very Large Motion Error
Andrew Willis, Christopher Beam, University of North Carolina at Charlotte, United States; Garrett Demeyer, Kevin Brink, Air Force Research Laboratory, United States
FR4.R3.2: REAL-TIME CAPABILITY OF DLR’S BEAMFORMING SYNTHETIC APERTURE RADAR PROCESSING ARCHITECTURE
Maron Schlemon, German Aerospace Center, Germany; Martin Schulz, Technical University of Munich, Germany; Rolf Scheiber, Marc Jäger, Joel Alfredo Amao Oliva, German Aerospace Center, Germany
FR4.R3.3: TOWARDS GPS-DENIED SPOTLIGHT SAR IMAGE FORMATION
Andrew Willis, Christopher Beam, University of North Carolina at Charlotte, United States; Garrett Demeyer, Kevin Brink, Air Force Research Laboratory, United States
FR4.R3.4: ON THE PERFORMANCE OF SWATH RECONSTRUCTION ALGORITHMS FOR MULTISTATIC SAR CONSTELLATIONS: A SENSITIVITY ANALYSIS
Marc Rodriguez-Cassola, Phuong Mai Nguyen Thi, Gerhard Krieger, Jalal Matar, Nida Sakar, Eduardo Rodrigues Silva Filho, Alberto Moreira, DLR, Germany
FR4.R3.5: MULTICHANNEL RADAR FORWARD LOOKING SUPERRESOLUTION IMAGING VIA ATOMIC NORM MINIMIZATION
Rui Chen, Wenchao Li, Kefeng Li, Jianyu Yang, Yulin Huang, University of Electronic Science and Technology of China, China
Resources
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