The top papers from this years conference can be found below in paper ID order.

• 56 – Fusion Model Using a Neural Network and MLE for a Single Snapshot DOA Estimation with Imperfection Mitigation – Marcio Luiz Lima de Oliveira
• 66 – Anomaly Based Drone Classification Using a Model Trained Convolutional Neural Network Autoencoder on Radar Micro-Doppler  – Alexander Karlsson
• 76 – Large Baseline Bistatic Radar Imaging for Space Domain Awareness – Faruk Uysal
• 80 – Enhanced Target Tracking Based on Novel 5D Millimeter-wave Automotive MIMO Radar – Hengfeng Liu
• 82 – Robust 3D Mobile Mapping with Radar Sensors: A Real-Time Approach for Autonomous Navigation – Philipp Glira
• 84 – Phase Modulated FMCW Waveforms and Receiver Structures for Automotive MIMO Radars – Nikita Petrov
• 91 – High-Resolution 2D MIMO Radars for Traffic Gesture Recognition – Nicolai Kern
• 98 – Multi-polarization Features Fusion Detection of Marine Small Targets based on LSTM – Yumiao Wang
• 99 – How can Human-in-the-loop Improve the Performance of SAR ATR?  A Reinforcement Learning Based Approach – Bingyi Zhang
• 100 – Realistic Scatterer Based Adversarial Attacks on SAR Image Classifiers – Tian Ye
• 101 – A NLOS Target Detection Method with MMW Radar under Low SNR – Haolan Luo
• 114 – Gridless Bayesian Inference for DOA Estimation with Coprime Array – Ying Liu
• 115 – Development of the Dust Ejecta Radar Technology (DERT) to Determine Plume-Surface Interaction Ejecta Velocities on Planetary Surfaces – Beverly Kemmerer
• 125 – Calibration of a Radar Cross-section Model Using a Surrogate Model Optimization Algorithm – Thomas Houret
• 133 – Concept for an Automatic Annotation of Automotive Radar Data Using AI-segmented Aerial Camera Images – Marcel Hoffmann
• 151 – Decentralized Digital Clock Drift Compensation in Distributed Radar Sensor Networks Through Single-Tone Frequency Broadcasts – Russell Kenney
• 155 – Impact of Ionospheric Doppler Perturbations on Space Domain Awareness Observations – Manuel Cervera
• 159 – Enabling Intra-CPI Frequency Agility Via Backprojection Based Range-Doppler Processing – Rylee Mattingly
• 172 – New Frontiers in Passive Radar – an Industrial Perspective – Steffen Lutz
• 181 – First Results of DVB-S Based Passive Polarimetric Measurements of micro-Doppler Signatures of a Helicopter – Martin Ummenhofer
• 182 – Multitask Learning for Radar-Based Characterization of Drones – Jacco de Wit
• 183 –  Effects of Range Doppler-rate Coupling on High Frequency Chirp Radar for Accelerating Targets – Brendan Hennessy
• 184 – Hierarchical Classification of ISAR Sequences – Luke Rosenberg
• 186 – Maritime 3D-ISAR with Clutter Suppression – Chow Yii Pui
• 187 – Automated ISAR Image Quality Assessment – Tomasz Jasinski
• 188 – A Particle Swarm Optimization Approach to Surveillance Resource Management – Shane Flandermeyer
• 192 – Area Preserving Linear Transformations and Spread Doppler Clutter Mitigation in Over-the-Horizon Radar – Stephen Howard
• 194 – Detecting Planes during Take-off in SAR images using GMTI methods – Elliot Hansen
• 208 – Collision Avoidance Navigation with Radar and Spiking Reinforcement Learning – Laurens Van Damme
• 213 – Colocated MIMO Radar Anti-sorting Waveform Design based on Communication Camouflage – Mingcong Lin
• 220 – Discrimination of small targets in sea clutter using a hybrid CNN-LSTM network – Richard Jasper de Jong
• 232 – Experiments on an ISAR-Communication System Using Continuous Phase Modulation and Mismatched Filtering – Maria-Elisavet Chatzitheodoridi
• 239 – Joint Multiple FMCW Chirp Sequence Processing for Velocity Estimation and Ambiguity Resolving – Tarik Kazaz
• 247 – MATLAB-based Multistatic Passive Radar Demonstrator – Mateusz Malanowski
• 254 – First multi-channel results of the airborneSAR/GMTI sensor PAMIR-Ka – Patrick Berens
• 258 – Results of Dual-Polarimetric Airborne Passive Radar – Philipp Markiton
• 271 – Hybrid Polarimetry Inverse SAR – Ajeet Kumar
• 273 – Real-Time Detection, Tracking and Geo-location of Ground Moving Targets using DPCA Technique – Katlego Mosito
• 279 –  An Autonomous Approach to Deinterleave and Recover Radar Pulse Sequences in an Unknown Maritime Environment – Guillaume Martin
• 286 – Deep Learning for Radar Waveform Design: Retrospectives and the Road Ahead – Bosung Kang
• 290 – Statistical Feature Vector (SFV) for SAR ATR – Michael Picciolo
• 304 – Collaborative Game Theory and Reinforcement Learning Improvements for Radar Tracking – Geoffrey Dolinger
• 306 – Determination of the Number of Stages of the Multistage Wiener Filter – Rachel Gray
• 320 – Intelligent Suppression of Interferences Based on Retroactive-DQN – Xiang Zhang
• 327 – Passive Multistatic Localization of Space Objects using LOFAR Radio Telescope – Konrad Jedrzejewski
• 338 – Ambiguity Function Analysis of the Frequency-Hopped Code Selection – Scheme William Baxter