TU-A3.1P.3
Physics-Driven Deep Unrolling for Differential Microwave Imaging of Splenic Hemorrhage
Mengchu Xu, Rui Guo, Yonina Eldar, Weizmann Institute of Science, Israel
Session:
Inverse Scattering and Microwave Imaging II Oral
Track:
AP-S: Track 3: Propagation and Scattering
Location:
Huntington: Room 355
Session Time:
Tue, 14 Jul, 13:20 - 17:00
Presentation Time:
Tue, 14 Jul, 14:00 - 14:20
Session Chair:
Maokun Li, Tsinghua University
Presentation
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Discussion
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Session TU-A3.1P
TU-A3.1P.1: Misfit-guided Contrast-Source Inversion with Plug-and-Play Regularization
Lingqi Gao, Hakan Bagci, King Abdullah University of Science and Technology, Saudi Arabia
TU-A3.1P.2: Efficient Solution of Inverse Scattering Problems with Penetrable Objects Based on Point-Grid Discretization
Zhi Heng Li, Hui Liao, Mei Song Tong, Tongji University, China
TU-A3.1P.3: Physics-Driven Deep Unrolling for Differential Microwave Imaging of Splenic Hemorrhage
Mengchu Xu, Rui Guo, Yonina Eldar, Weizmann Institute of Science, Israel
TU-A3.1P.7: An Approach to Extracting Scattering Centers Parameters
Ismail Jouny, Lafayette College, United States
TU-A3.1P.8: Efficient Imaging Algorithm for Multistatic Antenna Arrays based on Singular Value Decomposition
Luke Post, Matthew Dvorsky, Mohammad Tayeb Al Qaseer, Iowa State University, United States
TU-A3.1P.9: Physics-Informed Unrolled Fast Iterative Shrinkage-Thresholding Framework for Microwave Imaging of Hemorrhagic Brain Stroke
Anjitha Vadukkoot, Athul O Asok, Sukomal Dey, Indian Institute of Technology Palakkad India, India
TU-A3.1P.10: Sensing and Processing Techniques for Imaging in Wirelessly Coordinated Coherent Distributed Antenna Arrays
Jason Merlo, Derek Luzano, Jeffrey Nanzer, Michigan State University, United States
Resources