FR1.R3.5
DRAE-Net: A Diffusion-Based Framework for ISAR Space Target Refocusing and Angle Extension
Weirui Zhou, Zhenyuan Ji, Yun Zhang, Haoxuan Yuan, School of Electronics and Information Engineering Harbin Institute of Technology, China
Session:
FR1.R3: Planetary Radars Oral
Track:
Remote Sensing of Planetary and other Celestial Bodies
Location:
Oak Lawn
Presentation Time:
Friday, 14 August, 09:30 - 09:45
Presentation
Discussion
Resources
No resources available.
Session FR1.R3
FR1.R3.1: A SHARAD RECORD OF MARS TOTAL ELECTRON CONTENT AND THE EFFECTS OF SOLAR EVENTS
Bruce Campbell, Smithsonian Institution, United States
FR1.R3.2: A THREE-LAYER RADAR SOUNDER MODEL FOR STATIONARY AND FRACTAL MARTIAN SURFACE AND SUBSURFACE
Jiaxing Yang, Roger Lang, George Washington University, United States
FR1.R3.3: A MODULAR END-TO-END FRAMEWORK FOR SIMULATION AND PROCESSING OF PLANETARY RADAR SOUNDER DATA
Ludovica Maria Beati, Massimo Santoni, Lorenzo Bruzzone, University of Trento, Italy
FR1.R3.4: THE SESAR-LITE P-BAND ORBITAL RADAR FOR THE MEASUREMENTS OF THE LUNAR UPPER SUBSURFACE
Rafael Rincon, NASA Goddard Space Flight Center, United States; Lynn Carter, University of Arizona, United States
FR1.R3.5: DRAE-Net: A Diffusion-Based Framework for ISAR Space Target Refocusing and Angle Extension
Weirui Zhou, Zhenyuan Ji, Yun Zhang, Haoxuan Yuan, School of Electronics and Information Engineering Harbin Institute of Technology, China
Resources
No resources available.