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2010 – 2019
- 2019
[c14]Sarah Linz, Fabian Lurz
, Robert Weigel, Alexander Koelpin:
Extended Ellipse-based Reconstruction Algorithm for Six-port Radar. RWS 2019: 1-3- 2018
- [c13]Fabian Lurz, Patrick Hofstetter, Stefan Lindner, Sarah Linz, Fabian Michler, Robert Weigel, Alexander Koelpin:
Low-power frequency synthesizer for multi-tone six-port radar. WiSNet 2018: 84-87 - 2017
- [j3]Fabian Lurz, Stefan Lindner, Sarah Linz, Sebastian Mann, Robert Weigel, Alexander Koelpin:
High-Speed Resonant Surface Acoustic Wave Instrumentation Based on Instantaneous Frequency Measurement. IEEE Trans. Instrum. Meas. 66(5): 974-984 (2017) - [c12]Sarah Linz, Christoph Will, Fabian Lurz, Stefan Lindner, Sebastian Mann, Robert Schober, Robert Weigel, Alexander Koelpin:
Detector nonlinearity in Six-port radar. WiSNet 2017: 19-22 - [c11]Christoph Will, Sarah Linz, Sebastian Mann, Fabian Lurz, Stefan Lindner, Robert Weigel, Alexander Koelpin:
Segmental polynomial approximation based phase error correction for precise near field displacement measurements using Six-Port microwave interferometers. WiSNet 2017: 23-25 - 2016
- [j2]Alexander Koelpin, Fabian Lurz, Sarah Linz, Sebastian Mann, Christoph Will, Stefan Lindner:
Six-Port Based Interferometry for Precise Radar and Sensing Applications. Sensors 16(10): 1556 (2016) - [c10]Fabian Lurz, Stefan Lindner, Sebastian Mann, Sarah Linz, Robert Weigel, Alexander Koelpin:
Precise and fast frequency determination of resonant SAW sensors by a low-cost Six-Port interferometer. I2MTC 2016: 1-5 - [c9]Fabian Lurz, Christian Dorn, Stefan Lindner, Sarah Linz, Sebastian Mann, Robert Weigel, Alexander Koelpin:
Digital phase correction for multiplexed ADCs in low-cost Six-Port interferometers. WiSNet 2016: 56-59 - [c8]Kamil Staszek, Sarah Linz, Fabian Lurz, Sebastian Mann, Robert Weigel, Alexander Koelpin:
Improved calibration procedure for six-port based precise displacement measurements. WiSNet 2016: 60-63 - [c7]Sebastian Mann, Fabian Lurz, Sarah Linz, Stefan Lindner, Christoph Will, S. Wibbing, Robert Weigel, Alexander Koelpin:
Substrate integrated waveguide fed antenna for 61 GHz ultra-short-range interferometric radar systems. WiSNet 2016: 64-66 - 2015
- [c6]Fabian Lurz, Sebastian Mann, Sarah Linz, Stefan Lindner, Francesco Barbon, Robert Weigel, Alexander Koelpin:
A low power 24 GHz radar system for occupancy monitoring. RWS 2015: 111-113 - [c5]Sarah Linz, Florian Oesterle, Armin Talai, Stefan Lindner, Sebastian Mann, Francesco Barbon, Robert Weigel, Alexander Koelpin:
100 GHz reflectometer for sensitivity analysis of MEMS sensors comprising an intermediate frequency Six-port receiver. WiSNet 2015: 20-22 - [c4]Stefan Lindner, Francesco Barbon, Sarah Linz, Fabian Lurz, Sebastian Mann, Robert Weigel, Alexander Koelpin:
ADC depending limitations for Six-Port based distance measurement systems. WiSNet 2015: 29-31 - [c3]Sebastian Mann, Stefan Erhardt, Stefan Lindner, Fabian Lurz, Sarah Linz, Francesco Barbon, Robert Weigel, Alexander Koelpin:
Diode detector design for 61 GHz substrate integrated waveguide Six-Port radar systems. WiSNet 2015: 44-46 - 2014
- [c2]Sebastian Mann, Stefan Lindner, Francesco Barbon, Sarah Linz, Armin Talai, Robert Weigel, Alexander Koelpin:
A tank level sensor based on Six-Port technique comprising a quasi-TEM waveguide. WiSNet 2014: 4-6 - [c1]Francesco Barbon, Stefan Lindner, Sebastian Mann, Sarah Linz, Robert Weigel, Alexander Koelpin:
Fast in-situ diode detector characterization for Six-Port interferometer receivers. WiSNet 2014: 13-15 - 2013
- [j1]Sarah Linz, Gabor Vinci, Sebastian Mann, Stefan Lindner, Francesco Barbon, Robert Weigel, Alexander Koelpin:
A Compact, Versatile Six-Port Radar Module for Industrial and Medical Applications. J. Electr. Comput. Eng. 2013: 382913:1-382913:10 (2013)
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