Dipl.-Ing.

Fabian John

 

Interessen

Seit dem 01. Januar 2019 bin ich wissenschaftlicher Mitarbeiter des Kompetenzzentrums Kommunikation - Systeme - Anwendungen (CoSA) der Technischen Hochschule Lübeck. Mein Forschungsinteresse liegt bei bildgebenden Unterwasser-Messsystemen.

Lebenslauf

  • Geboren am 27. November 1986
  • Studium der Elektrotechnik (Dipl.-Ing.) an der Technischen Universität Hamburg Harburg (TUHH) bis 09/2012
  • Fernstudium der Medizinischen Physik und Technik (Zertifikate) an der Technischen Universität Kaiserslautern von 2015 bis 2017
  • Teamleiter, Projektleiter und Entwicker für Prüftechnik Automotive in Braunschweig/Wolfsburg bei der cbb software GmbH von 09/2012 bis 03/2016
  • Projektingenieur und Entwickler für F&E und Produktion im Gerätebau bei der EUROImmun AG von 04/2016 bis 12/2018
  • Wissenschaftlicher Mitarbeiter am CoSA im Projekt EXTENSE seit 01/2019

Forschungsprojekte

Veröffentlichungen

Evaluation of 3-dimensional Electrical Impedance Tomography-Arrays for Underwater Object Detection (PDF - Authors Manuscript)
Sven Ole Schmidt and Fabian John and Horst Hellbrück
OCEANS Conference 2022 - Chennai, 1--6, 2022.
 
Spectral Ultrasonic Underwater Buried Object Detection and Localization (PDF - Authors Manuscript)
Fabian John and Sven Ole Schmidt and Horst Hellbrück
OCEANS Conference 2022 - Chennai, 1--7, 2022.
 
Evaluation and Error Correction of Position Tracking Systems of Autonomous Vehicles for Indoor Localization
Robin Angelstein and Sven Ole Schmidt and Fabian John and Horst Hellbrück
Student Conference on Medical Engineering Science, 2022.
 
Effect of Object Diameter Specific Reflections to Underwater Ultrasonic Multipath Diffraction Measurements
Hauke Petersen and Fabian John and Horst Hellbrück
Student Conference on Medical Engineering Science, 2022.
 
Feature Identifier for Underwater Ultrasonic Multipath Diffraction Model
Garrett Mulkerin and Fabian John and Horst Hellbrück
Student Conference on Medical Engineering Science, 2022.
 
Underwater Ultrasonic Multipath Diffraction Model for Short Range Communication and Sensing Applications with Reflector
Lukas Paul Schön and Fabian John and Horst Hellbrück
Student Conference on Medical Engineering Science, 2022.
 
Flexible Data Acquisition with LoRaWAN and MQTT for Small and Medium-sized Enterprises
Marco Cimdins and Fabian John and Horst Hellbrück
Mobile Communication - Technologies and Applications; 25th ITG-Symposium , , 1-6, 2021.
 
Flexible Arbitrary Signal Generation and Acquisition System for Compact Underwater Measurement Systems and Data Fusion (PDF - Authors Manuscript)
Fabian John and Sven Ole Schmidt and Horst Hellbrück
Global Oceans 2021: San Diego - Porto, 1-6, 2021.
 
High Precision Open Laboratory 3D Positioning System for Automated Underwater Measurements (PDF - Authors Manuscript)
Fabian John and Sven Ole Schmidt and Horst Hellbrück
Global Oceans 2021: San Diego - Porto, 1-5, 2021.
 
Underwater Ultrasonic Multipath Diffraction Model for Short Range Communication and Sensing Applications
Fabian John and Marco Cimdins and Horst Hellbrück
IEEE Sensors Journal 21, 20, 22934-22943, 2021.
 
Gigahertz Ground Penetrating Radar (GPR) for Sediment Exploration
Elsner, Christian and Fabian John and Hellbrück, Horst
2021.
 
Object Localization in Seawater via Electrical Impedance Measurements
Lindenberg, Arthur-Vincent and Ardelt, Gunther and Fabian John and Hellbrück, Horst
2021.
 
Differential Ultrasonic Detection of Small Objects for Underwater Applications (PDF - Authors Manuscript)
Fabian John and Roman Kusche and Felix Adam and Horst Hellbrück
Global Oceans 2020: Singapore – U.S. Gulf Coast, 1-7, 2020.
 
Contact-Free Biosignal Acquisition via Capacitive and Ultrasonic Sensors
Roman Kusche and Fabian John and Marco Cimdins and Horst Hellbrück
IEEE Access 8, 95629--95641, 2020.
 
Development of an Electro Impedance Tomography-based Platform for Measurement of burial Depth of Cables in Subsea Sediments
Andreas Schuldei and Fabian John and Gunther Ardelt and Tim Suthau and Horst Hellbrück
Oceans 2019, 2019.
 

Eine Liste meiner Publikationen finden Sie auch auf: Google Scholar.