Computer Science and Engineering Prof. Dr.-Ing. Clemens Klöck
Clemens.Kloeck[at]hs-esslingen.de
Address
Esslingen Hilltop Campus
Room:
F 01.454
Flandernstraße 101
73732 Esslingen
Functions
Associate Dean
Member, Central Examination Committee
Head of Lab electronics
subjects
- signal processing
- passive radar
- radar
- wireless communication
special functions
advisory boardof study affairs
consultation hours
The consultation hour is
13:30 h - 14:30 h on Tuesdays
on appointment.
vita
1997 - 2002 Studies of electrical and information engineering at Uninversität Karlsruhe (TH) (now KIT: https://www.kit.edu/index.php)
2002 - 2007 Research assistant at the Communication Engineering Lab at Uninversität Karlsruhe (TH) (now KIT https://www.cel.kit.edu/index.php)
2007 PHD: "Auction-based Medium Access Control" (degree: Dr. - Ing.)
2007 - 2019 Research & Development at Hensoldt (formerly: Airbus/EADS) in the field of radio(inteferer) and radar (passive radar)
since 2019 Professor for information technology at the University of Applied Science Esslingen
publications
- C. Klöck, "FIR Filter Design Method Based on LASSO to Adjust the Number of
Non-zero Coefficients" November 11-13, 2021 IEEE International Conference
on Computer, Information, and Telecommunication, pp. 1-5
Systems, CITS 2021, - S. Duong, D. Kahrizi, S. Mettler and C. Klöck, "Moving Target Classification with a Dual Automotive FMCW Radar System Using Convolutional Neural Networks," 2021 21st International Radar Symposium (IRS), 2021, pp. 1-9, doi: 10.23919/IRS51887.2021.9466195.
- C. Klöck, F. Hoffmann and S. Lutz, "Consideration of Future Broadcast Waveforms LTE FeMBMS and DVB-SH for Passive Radar," 2019 20th International Radar Symposium (IRS), 2019, pp. 1-10, doi: 10.23919/IRS.2019.8768174.
- C. Klöck, "FIR Filter Design Method Based on LASSO to Adjust the Number of
more information
Für Studien-/Bachelor- oder Masterarbeiten im Bereich Automotive-Radar, Passivradar, Sensor und Aktoren oder digitaler Signalverarbeitung können Sie sich bei mir melden.
Im Masterstudium leite ich zusammen mit Prof. Schober das Radar-Forschungsprojekt, indem mit einem Multisensor-Radarsystem und künstlicher Intelligenz die Klassifikation von Objekten, wie Autos, Fahrradfahren oder Fußgänger untersucht wird. Alle Interessierten können sich gerne bei mir melden.
Weitere Informationen zu dem Radar-Forschungsprojekt finden Sie unter: https://www.hs-esslingen.de/informatik-und-informationstechnik/forschung-labore/projekte/interne-projekte/multiradarsystem/
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