IEEE - Aerospace and Electronic Systems - September 2022 - 4

RadarConf'23
2023 IEEE RADAR CONFERENCE
May 1 - May 5, 2023 // San Antonio Rivercenter // San Antonio, Texas, USA
A Fiesta of Radar Innovations
KEY DATES
20 September 2022
Special Session Proposals Due
24 October 2022
Paper Submission Due
30 October 2022
Tutorial Proposals Due
15 January 2023
Acceptance Notification
21 February 2023
Final Paper Submission Due
Aim & Scope
The 2023 IEEE Radar Conference will be held at the River Walk in San Antonio, Texas
for the first time, jointly sponsored by the Aerospace & Electornic Systems Society
(AESS) and the IEEE Lone Star Section, with significant support from the Southwest
Research Institute (SwRI) and Army Futures Command (AFC). The 2023 conference
will celebrate a Fiesta of Radar Innovations involving the latest radar technologies
through plenary talks, special sessions, tutorials, and the radar summer school. San
Antonio is located in the heart of Texas within the United States and is known for an
eclectic mix of Mexican, German, French, and Old West cultures that combine to
create an " only in San Antonio " experience.
Original papers describing significant advances in radar technologies, systems,
applications, and techniques are sought. Prospective authors should prepare a
4-6 page full paper (including figures) using the IEEE format. Papers should be
submitted no later than 24 October 2022. Submission instructions can be found at
ieee-radarconf.org.
Particular topics of interest include, but are not limited to:
Radar Systems & Applications
» Innovative designs for airborne,
spaceborne, and shipborne radar
» Imaging radar
» Distributed radar
» Air traffic radar
» Automotive radar
» Multi-function radar
» Sense & avoid radar
» Weather radar
» Passive radar
» Medical/Biological Sensing
» Over-the-horizon radar
Radar Phenomenology & Remote
Sensing
» Target and clutter estimation
» Modeling
» Atmospheric propagation and
scattering phenomenology
» Foliage / ground penetration
» Multipath exploitation
Radar Signal & Data Processing
» STAP & adaptive processing
» MIMO / frequency-diverse radar
» Compressive sensing
» SAR / ISAR processing
» Array processing
» Super-resolution techniques
» Detection and false alarm
improvements
» Waveform diversity & design
» Target tracking and fusion
» Classification and identification
» Simultaneous multiple beams
Antenna Technology
» Conformal arrays
» Design for low sidelobe level
» Ultra-wideband
» Metamaterials
» Multi-polarization
» Frequency-diverse arrays
» Simultaneous multiple beams
Sub-Systems and Components
» Novel & advanced processing
architectures
» Software-defined radar
» RF system-on-chip (RF-SoC),
» Advanced components
(e.g. GaN MMICs)
» Real-time processing (FPGA, GPU)
» T/R modules
» Advanced receiver designs
» Simultaneous transmit/receive
architectures
Emerging Radar Technologies
» Cooperative radar systems
(scheduling, networking, fusion)
» Radar spectrum sharing
» Cognitive radar
» Fully digital phased array radar
» Terahertz radar
» Machine learning applications
» Multi-spectral sensing
For any inquiry, please contact info@ieee-radarconf.org
RADAR2023.IEEE-RADARCONF.ORG
http://www.ieee-radarconf.org http://RADAR2023.IEEE-RADARCONF.ORG
IEEE - Aerospace and Electronic Systems - September 2022

Table of Contents for the Digital Edition of IEEE - Aerospace and Electronic Systems - September 2022
