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Johannes Fink

Dipl.-Ing. Johannes Fink

office hours: 

Mittwoch, 15:30 - 17:00 Uhr

room: 102
phone: +49 721 608-43791
fax: +49 721 608-46071
johannes finkVsh4∂kit edu

Geb.05.01, Kreuzstr. 11, D-76133 Karlsruhe

Research interests

  • Radar signal processing: pulse and continuous wave radar
  • Radar Waveforms
  • Object recognition: detection and classification
  • Short range radar


Teaching responsibilities

  • Teaching Assistant Telecommunications I (2014 / 2015 / 2016 / 2017)
  • Teaching Assistant Applied Information Theory (2016 / 2017)
  • Lab communications engineering (2012 / 2013 / 2014 /2016 / 2017)
  • Team project (2012 / 2013 / 2014)

Student's thesis (Master's and Bachelor's), projects and internships

Completed works

  • "Occupancy grid maps for obstacle detection with a radar sensor"
  • "Design of interference-robust Waveforms for frequency modulated radar sensor networks and methods of sensor cooperation"
  • "Verification and optimization of FMCW radar signal processing"
  • "Feature-based classification of gestures by means of high resolution radar measurements"
  • "Development of signal processing algorithms for a 60 GHz radar"
  • "Improvement of radar signal processing by exploiting a priori information"
  • "Evaluation of state estimators for radar tracking in traffic scenarios"
  • "Clutter and attenuation in frequency modulated radar"
  • "Design of interference-robust waveforms for frequency modulated radar sensor networks und methods for sensor cooperation"
  • "Digital signal processing for frequency modulated Radar"
  • "Radar cross section estimation for frequency modulated Radar"
  • "System concepts for radar sensors in the 24 GHz ISM-Band: Comparison of the modulation schemes CW, FMCW and FSK in the context of different applications"
  • "Development of an UWB-Radar demonstrator"
  • "Detection algorithms for impulse based ultrawideband radar"
  • "Analysis of high resolution detection algorithms for impulse based ultrawideband radar"
  • "Impulse based radar - modelling and simulation in MATLAB / Simulink"
  • "Antenna design for impulse based ultrawideband radar"


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