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International Geoscience and Remote Sensing Symposium

In 2021 a joint initiative of Belgium and The Netherlands

FR3.O-2.2

AZIMUTH AMBIGUITIES SUPPRESSION FOR MULTICHANNEL SAR IMAGING BASED ON L_(2,q) REGULARIZATION: INITIAL RESULTS OF NON-SPARSE SCENARIO

Mingqian Liu, Jie Li, Zhe Zhang, Bingchen Zhang, Yirong Wu, Aerospace Information Reasearch Institute, Chinese Academy of Sciences, China
Session:
Noise and Azimuth Ambiguity Suppression Techniques for SAR Data
Track:
Data Analysis Methods (Optical, Multispectral,Hyperspectral, SAR)
Presentation Time:
Fri, 16 Jul, 12:40-12:55 (UTC)
Fri, 16 Jul, 14:40-14:55 Central Europe Summer Time (UTC +2)
Fri, 16 Jul, 20:40-20:55 China Standard Time (UTC +8)
Fri, 16 Jul, 08:40-08:55 Eastern Daylight Time (UTC -4)
Session Co-Chairs:
Davide Castelletti, Capella Space Corporation and Rifat Afroz, The University of Adelaide
Session Manager:
Adrien Grivey
Presentation
Discussion
Resources
Session FR3.O-2
FR3.O-2.1: ANALYSIS AND SUPPRESSION FOR PERIODICITY TRANSMITTED NARROW-BAND INTERFERENCE FOR SAR
Muyang Zhan, Penghui Huang, Shanghai Jiao Tong University, China; Dong Yang, Weiwei Wang, Academy of Space Electronic Information Technology, China; Jialian Sheng, Shanghai Radio Equipment Research Institute,, China; Zhicheng Wang, Xingzhao Liu, Shanghai Jiao Tong University, China
FR3.O-2.2: AZIMUTH AMBIGUITIES SUPPRESSION FOR MULTICHANNEL SAR IMAGING BASED ON L_(2,q) REGULARIZATION: INITIAL RESULTS OF NON-SPARSE SCENARIO
Mingqian Liu, Jie Li, Zhe Zhang, Bingchen Zhang, Yirong Wu, Aerospace Information Reasearch Institute, Chinese Academy of Sciences, China
FR3.O-2.3: LINEAR PROGRAMMING BASED SIDELOBE SUPPRESSION FOR SAR IMAGE OPTIMIZATION
Ruyi Deng, Xiang Tian, University of Electronic Science and Technology of China, China; Zhen-Mei Kang, Southwest China Institute of Electronic Technology, China; Bingqing Hong, University Of Electronic Science And Technology Of China, China; Wen-Q Wang, University of Electronic Science and Technology of China, China
FR3.O-2.4: IMPROVED SUBAPERTURE BASED APERTURE-DEPENDENT MOTION COMPENSATION BASED ON ADAPTIVE BLOCKING AND APODIZATION
Rifat Afroz, University of Adelaide, Australia; Rolf Scheiber, German Aerospace Center (DLR), Germany; Brian Ng, Derek Abbott, University of Adelaide, Australia
FR3.O-2.5: EXPLOITING AERIAL IMAGERY FOR SUPERVISED LEARNING OF SAR DESPECKLING NEURAL NETWORKS
Lloyd Hughes, Shaunak De, Davide Castelletti, Ganesh Yalla, Capella Space Corporation, United States

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