Prof. Dr. Marcel Rupf

Work at ZHAW

Position

• Head of Institute ISC
• Lecturer for "Digital Signal Processing" and "Wireless Communications"
• applied R&D in the field of "Signal Proceesing - Electronics - Wireless Communications"

Professional development teaching

WBK Hochfrequenztechnik

Experience

• Head of Institute of Signal Processing and Wireless Communications
  Zurich University of Applied Sciences
  2017 - today
• Head of Center for Signal Processing and Communications Engineering (ZSN)
  Zurich University of Applied Sciences
  2007 - 2017
• Lecturer for Digital Signal Processing and Wireless Communications
  Zurich University of Applied Sciences
  2003 - 2007
• Head of R&D
  Swissphone Telecom AG
  1999 - 2003
• Project Manager / Coordinator
  Siemens Schweiz AG
  1997 - 1999
• mobile communications consultant / project manager
  AWK Engineering AG
  1995 - 1997
• postdoc
  IBM Research Lab Zurich
  1993 - 1995

Education and Continuing education

Education

• Dr. sc. techn. (PhD) / Institute of Signal and Information Processing (ISI)
  ETH Zürich
  1987 - 1993
• (Master) / Electrical Engineering
  ETH Zürich
  1981 - 1987

Projects

• WLAN Fingerprinting / Team member / abgeschlossen

Publications

• Rupf, Marcel; Rennhard, Patrick,

  2013.

  Büroanschluss auf der Baustelle : Distanzmessgerät von Leica kommuniziert via Bluetooth Smart.

  ZHAW-SoE-Newsletter.

  Available from: https://doi.org/10.21256/zhaw-1429

• Rupf, Marcel; Markendorf, Ralf,

  2013.

  Laserscanner für den mobilen Einsatz im Bahnbereich.

  Mitteilungen : Mitteilungen der Alumni ZHAW, Engineering & Architecture.

  (63), pp. 64-68.

  Available from: https://doi.org/10.21256/zhaw-4948

• Rupf, Marcel; Rennhard, Patrick,

  2012.

  Messwerte drahtlos erfassen, darstellen und übers Internet abspeichern.

  Polyscope.

  2012(14), pp. 16-17.

  Available from: https://www.polyscope.ch/archiv/2012/14/messwerte-drahtlos-erfassen-darstellen-und-uebers-internet-abspeichern/

Publications before appointment at the ZHAW

• Optimum Sequence Multisets for Synchronous Code-Division Multiple-Access Channels
• User Separating Demodulation for Code-Division Multiple-Access Systems
• On the Search for Good Aperiodic Binary Invertible Sequences
• Performance of the CODIT Radio Interface
• Concatenated Reed-Solomon/Convolutional Coding for Data Transmission in CDMA-Based Cellular Systems

Other publications

On Digital Signal Processing for FMCW-MIMO based Radar-Sensors

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