A Unified Maximum-Likelihood Framework for 3D InISAR Phase Unwrapping with Outlier Rejection
Matteo Pardi, University of Piza
Matteo Pardi, University of Piza
Fabian Hochberg, Karlsruhe Institute of Technology (KIT)
Khuda Burdi, OU Norman
Ignacio Sardinero-Meirás, Universidad Politécnica de Madrid
Kumar Sai Bondada, Virginia Tech
Saidur Pavel, Temple University
Yunlian Tian, University of Electronic Science, and Technology of China
Florida Atlantic University
Solan Degefa, Eyad Shtaiwi, Parker Wilmoth, George Sklivanitis, and Dimitris Pados
Virginia Tech
Rohit Rangaraj, Charles Early, Eliot Turner, Danial Mahmoudi, Elias Charron, Fetra Ramiandrisoa, Dr. Tarun Cousik, Dr. Jeffrey Walling
Advanced Radar Research Center
Khuda Burdi, Y-SL. Kim, and Sergio Rodriguez
SENTINEL
Kayoum Djedidi, Olivier Tomé, and Tarek Djerafi
For contributions to polarimetric synthetic aperture radar imaging and its utilization.
Yoshio Yamaguchi
As it stands today, the IEEE Grade of Fellow is conferred by the Board of Directors upon a person with an extraordinary record of accomplishments in any of the IEEE fields of interest. Congratulations to the AESS members who were elevated to IEEE Fellow in 2026!
Igal Bilik - for the development of automotive radar technology
Andrew Dempster - for contributions to space engineering research and management
Boris Pervan - for contributions to satellite navigation integrity
Roberto Sabatini - for leadership in digital avionics for sustainability and trusted autonomy
For exemplary leadership, contributions to aerospace systems engineering, and sustained mentorship of the USC Rocket Propulsion Laboratory student team leading to the world altitude record for a student-built rocket.
Daniel A. Erwin
for contribution to radar detection, clutter modeling and cognitive radars
Maria Sabrina Greco
for contributions on reconfigurable sparse array design and signal processing with application to radar
Xiangrong Wang
For the improved batch least-squares algorithm provides dynamic calibration and compensation of ephemeral errors that cannot be removed by static calibration, such as non-uniform temperature gradients on the array or local atmospheric disturbances altering actual refraction, maintaining low relative error between tracks in conditions that can cause significant disturbance to the track picture without the iBLS algorithm.
Mark Levendahl and John Glass
For contributions to advance resilient position, navigation, and timing and enhance GNSS performance in challenging environments.
Rong Yang
for the paper entitled "A Unified Maximum-Likelihood Framework for 3D InISAR Phase Unwrapping with Outlier Rejection"
Matteo Pardi
Terahertz-Band Integrated Sensing and Communications: Challenges and Opportunities
Ahmet M. Elbir, Mehdi Bennis, Kumar Vijay Mishra, and Symeon Chatzinotas
Acquisition, Doppler Tracking, and Positioning With Starlink LEO Satellites: First Results
Mohammad Neinavaie, Joe Khalife, Zaher M. Kassas
Chaired by Claudio Sacchi
Glue Technology for Space Systems
Chaired by Jinene Ben Said
Tunisia Section Chapter
Chaired by Hassan Marwan Ibrahim Abu Sarris
Yarmouk University Student Branch Chapter
Samer Hayek, The Ohio State University
Timothy Ayelagbe, Obafemi Awolowo University, Nigeria
Maxwell Mamishev, University of Illinois Urbana-Champaign