UPCOMING EVENT
date
time
23-06-2025
16:00
Public PhD defence of Adnan Al Baba
I.2.02
This doctoral dissertation explores millimeter-wave (mm-wave) imaging for forward-looking synthetic aperture radar (FL-SAR), focusing on advancing algorithms and system design to meet the demands of autonomous applications. The research addresses critical challenges in achieving high angular resolution with FL-SAR for ground vehicles by leveraging platform motion to synthesize larger apertures and enhance imaging performance. Key contributions include novel methodologies for signal modeling, SAR image reconstruction, and computational complexity reduction. The dissertation examines advanced aspects such as multiple-input, multiple-output FL-SAR (FL-MIMO-SAR), theoretical angular resolution limits, radar-network odometry integration, motion parameter estimation, and SAR autofocus algorithms.
I.2.02
This doctoral dissertation explores millimeter-wave (mm-wave) imaging for forward-looking synthetic aperture radar (FL-SAR), focusing on advancing algorithms and system design to meet the demands of autonomous applications. The research addresses critical challenges in achieving high angular resolution with FL-SAR for ground vehicles by leveraging platform motion to synthesize larger apertures and enhance imaging performance. Key contributions include novel methodologies for signal modeling, SAR image reconstruction, and computational complexity reduction. The dissertation examines advanced aspects such as multiple-input, multiple-output FL-SAR (FL-MIMO-SAR), theoretical angular resolution limits, radar-network odometry integration, motion parameter estimation, and SAR autofocus algorithms.
