To model the echoes from jet engines a waveguide model is used and the separation of the echoes is done with an algorithm called morphological component analysis. To evaluate the ability of the algorithm to separate engine echoes and isotropic point scattering centers, a simulation with these two types of echoes is performed. Finally, a real data set of our Tracking and Imaging Radar (TIRA) is used to show results with a real radar system.
Speaker:
M. Sc. Simon Wagner
Themes:
Design of a sparse decomposition framework for radar images.
Presentation of a waveguide scattering model for jet engines.
Validation of the presented algorithms using measured data of the TIRA system.
Target Group:
Customers, partners and interested parties from industry, politics, science and society
Specialists and managers, project managers and decision makers
Information on participating / attending:
Please register here: https://www.fhr.fraunhofer.de/de/veranstaltungen/2022/radar-in-aktion--ISAR-Bild...
Date:
03/29/2022 14:00 - 03/29/2022 14:30
Registration deadline:
03/28/2022
Event venue:
Online
Fraunhofer FHR Online-Vortragsreihe
Nordrhein-Westfalen
Germany
Target group:
Business and commerce, all interested persons
Email address:
Relevance:
transregional, national
Subject areas:
Electrical engineering, Information technology, Mathematics, Physics / astronomy
Types of events:
Presentation / colloquium / lecture, Seminar / workshop / discussion
Entry:
02/18/2022
Sender/author:
Jens Fiege
Department:
Interne und externe Kommunikation
Event is free:
yes
Language of the text:
English
URL of this event: http://idw-online.de/en/event70846
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