Prof. Dr.-Ing. Martin Vossiek


Lehrstuhl für Hochfrequenztechnik

Publications (Download BibTeX)

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Gulden, P., Vossiek, M., Storck, E., & Heide, P. (2001). Application of state space frequency estimation techniques to radar systems. In IEEE International Conference on Acoustics, Speech, and Signal Processing (pp. 2877-2880). Salt Lake City, USA.
Reindl, L., Ruppel, C.C.W., Berek, S., Knauer, U., Vossiek, M., Heide, P., & Oreans, L. (2001). Design, fabrication, and application of precise SAW delay lines used in an FMCW radar system. IEEE Transactions on Microwave Theory and Techniques, 49(4, Part 2), 787-794.
Gulden, P., Vossiek, M., Heide, P., & Schwarte, R. (2001). Novel opportunities for optical level gauging and 3D-imaging with the photoelectronic mixing device. In 18th IEEE Instrumentation and Measurement Technology Conference. Rediscovering Measurement in the Age of Informatics (pp. 2099-2103). Hungary, Budapest.
Vossiek, M., & Schmidt, F. (2001). Self contained surface acoustic wave temperature sensor. Autarker Oberflächenwellentemperatursensor. Frequenz, 55(1/2), 59-63.
Vossiek, M., Gulden, P., & Christmann, M. (2001). Signal Processing for Commercial Radar Sensors. In 3rd Int. Workshop on Commercial Radio Sensors and Communication Techniques. Linz, Austria, AT.
Gulden, P., Vossiek, M., Heide, P., & Schwarte, R. (2000). Application of the photoelectronic mixing device to optical measurement of presence, distance and velocity. In 30th European Microwave Conference, EuMC (pp. 108-111). Paris, France, FR: IEEE Computer Society.
Vossiek, M., & Heide, P. (2000). Microwave Sensor Modules for Automotive Applications. In IWPC Future Automotive Wireless Packaging Workshop. Dearborn, USA.
Heide, P., Vossiek, M., Nalezinski, M., Oreans, L., Schubert, R., & Kunert, M. (1999). 24 GHz Short-Range Microwave Sensors for Industrial and Vehicular Applications. In Proc. Workshop on Short Range Radar. Technical University Ilmenau, Germany, DE.
Vossiek, M., Heide, P., Nalezinski, M., ens, W., Fiebelkorn, K.D., & Oreans, L. (1999). Novel 24 GHz radar level gauge for industrial automation and process control. Ein neues 24 GHz Radar-Füllstandsmessgerät für die industrielle Automation und Prozeßüberwachung. In 9. Internationale Fachmesse für Sensoren, Messaufnehmer und -systeme, Sensor 99 (pp. 105-110). Nürnberg.
Vossiek, M., Roskosch, R., & Heide, P. (1999). Precise 3-D object position tracking using FMCW radar. In 29th European Microwave Conference, EuMC (pp. 234-237). Munich, Germany, DE: IEEE Computer Society.

Last updated on 2016-24-07 at 05:12