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EuRAD: Radar-Based Classification of Automotive-Related Scenarios Using Temporal Information
Proceedings of the 18th European Radar Conference Radar-Based Classification of Automotive-Related Scenarios using Temporal Information Karim Ishak∗ , Nils Appenrodt† , Jürgen Dickmann† , Christian Waldschmidt∗ ∗ Institute † Daimler of Microwave Engineering, Ulm University, 89081 Ulm, Germany AG, Group Research and Advanced Engineering, 89081 Ulm, Germany karim.ishak@uni-ulm.de Abstract—Human g
EuRAD: Synthetic Sea-Clutter Modelling for STAP
Proceedings of the 18th European Radar Conference Synthetic Sea-Clutter Modelling for STAP Sabrina Machhour, Stéphane Kemkemian Thales Defence Mission Systems, France {sabrina.machhour, stephane.kemkemian}@fr.thalesgroup.com Abstract — Airborne radars now have active multi-channel antennas. This allows evolved processing implementation such as STAP, which improves the coherent detection of slow
EuRAD: Machine Learning Using Support Vector Regression in Radar Remote Sensing for Oil-Spill Thickness Estimation
Proceedings of the 18th European Radar Conference Machine Learning Using Support Vector Regression in Radar Remote Sensing for Oil-Spill Thickness Estimation Charbel Bou Maroun*1 , Georges Daou*2 , Bassel Hammoud#3 , Bilal Hammoud*§4 * Department of Electrical and Computer Engineering, Lebanese American University (LAU), Byblos, Lebanon # American University of Beirut (AUB), Beirut, Lebanon § Re
EuRAD: Impact of Channel Imbalances on Beamforming Performance in Automotive MIMO Radar
Proceedings of the 18th European Radar Conference Impact of channel imbalances on beamforming performance in Automotive MIMO Radar Maximilian Eschbaumer Infineon Technologies AG, Neubiberg, Germany maximilian.eschbaumer@infineon.com the error terms and it’s power spectrum is evaluated for the three error metrics to be defined. In automotive radar a MIMO array typically comprises of a TX and RX su
EuRAD: Analysis of a Physically-Embedded Radar Sensor System
Proceedings of the 18th European Radar Conference Analysis of a Physically-Embedded Radar Sensor System Thomas Kurin#1 , Vadim Issakov*2 , Stefan Erhardt#3 , Robert Weigel#4 , Fabian Lurz+5 # Friedrich-Alexander-University Erlangen-Nuremberg, Germany Technologies, Neubiberg, Germany Hamburg University of Technology, Germany {1 thomas.kurin, 3 stefan.erhardt, 4 robert.weigel}@fau.de, 2 vadim.issa
EuRAD: Ghost-Target Suppression in Coherent Radar Networks
Proceedings of the 18th European Radar Conference Ghost-Target Suppression in Coherent Radar Networks David Werbunat#1 , Benedikt Schweizer# , Benedikt Meinecke# , Rossen Michev* , J¨urgen Hasch* , Christian Waldschmidt# # Institute of Microwave Engineering, Ulm University, 89081 Ulm, Germany Sector Research and Advance Engineering, Robert Bosch GmbH, 70465 Stuttgart, Germany 1 david.werbunat@un
EuRAD: Matching Bistatic Target Responses in Radar Networks to Enable Vectorial Velocity Estimation
Proceedings of the 18th European Radar Conference Matching Bistatic Target Responses in Radar Networks to Enable Vectorial Velocity Estimation Benedikt Meinecke , David Werbunat, Pirmin Schoeder, Christian Waldschmidt Institute of Microwave Engineering, Ulm University, Germany benedikt.meinecke@uni-ulm.de Abstract — Multiple sensors in a radar network can be jointly evaluated to process the bist
EuRAD: IQ-Transmitter Digital Predistortion for an OFDM Radar
Proceedings of the 18th European Radar Conference IQ-Transmitter Digital Predistortion for an OFDM Radar Rossen Michev# , David Werbunat* , J¨urgen Hasch# , Christian Waldschmidt* # Robert Bosch GmbH, Corporate Sector Research and Advance Engineering, 71272 Renningen, Germany * Institute of Microwave Engineering, Ulm University, 89081 Ulm, Germany rossen.michev@de.bosch.com Abstract — Digital P
EuRAD: Images of Satellite Elements with a Space-Borne Sub-THz ISAR System
Proceedings of the 18th European Radar Conference Images of satellite elements with a space-borne Sub-THz ISAR system Emidio Marchetti, Andrew Stove, Edward Hoare, Mikhail Cherniakov, Marina Gashinova College of Engineering and Physical Sciences, University of Birmingham, United Kingdom e.marchetti@bham.ac.uk system is space-based allowing the use of higher frequency bands by removing the atmosp
EuRAD: A Real-Time, Frame-Level Platform Vibration Compensation Approach for mmWave Radar Systems
Proceedings of the 18th European Radar Conference A Real-Time, Frame-Level Platform Vibration Compensation Approach for mmWave Radar Systems Nikhil Poole#1, Soheil Hor#2, Amin Arbabian#3 # Department of Electrical Engineering, Stanford University, USA {1nhpoole, 2soheilh, 3arbabian}@stanford.edu Abstract —Parasitic platform motion, such as vibration, significantly impairs the detection and trac