Reyhan Zengin

Reyhan Zengin

Researcher at METU-Biomedical Engineering

Electrical and Electronics Engineering Dept.

Room Z-02, D-Block

06800 Ankara Turkey

Cell Phone No.: 0090 530 921 82 95

E-Mail: reyhan@eee.metu.edu.tr

Research Interests:

  • LFEIT
  • Biomedical Image Processing and Modeling
  • Numerical Methods in Electrical Impedance Imaging
  • Inverse Problem

Education:

  • Integrated Ph.D student in Electrical and Electronics Engineering, 2012, Middle East Technical University, Ankara, Turkey
  • B.Sc. in Electrical and Electronics Engineering 2001, Inonu University, Malatya, Turkey

Areas of study:

Medical Imaging (Basic and Advanced), Electromagnetic Theory, Signal Analysis and Processing, Linear System Theory, Adaptive Signal Processing, Bioelectricity and Biomagnetism, Inverse Problem.

Publications:

  • Zengin R., Gençer N. G., “Forward Problem of Electrical Impedance Tomography Using Lorentz Fields”, IEEE Transactions on Medical Imaging, 2014, (submitted)
  • Zengin R., Gençer N. G., Küçükdeveci F., “Numerical Analysis of Spinal Cord Stimulation with a 2-Electrode Percutaneous Lead”, 18th Biomedical Engineering Meeting , Istanbul, 2014
  • Gözü M. S., Zengin R., Gençer N. G., “Numerical Studies for Hall Effect Imaging Using Linear Phased Array Transducer”, 18th Biomedical Engineering Meeting, Istanbul, 2014
  • Zengin R., Gençer N. G., “Dokunmasız Elektrik İletkenlik Görüntülemesi için Gerçekçi Kafa Modeli ile Duyarlılık Matrisi Analizi”, URSI-TURKIYE, 2010
  • Zengin R., Gençer N. G., “Sensitivity Matrix Analysis for Contactless Electrical Conductivity Imaging”, 15th Biomedical Engineering Meeting , Antalya, 2010
  • Zengin R., Gençer N. G., “Forward Problem Solution for Contactless Electrical Conductivity Imaging with Realistic Head Model”, 14th Biomedical Engineering Meeting, İzmir, 2009
  • Zengin R., Gençer N. G., “Forward Problem Solution for Electrical Conductivity Imaging via ANSYS”, 13th Biomedical Engineering Meeting, Ankara, 2008

Patents:

  • Gençer N.G., Zengin R., “Multifrequency Electrical Impedance Imaging Using Lorentz Fields”, PCT Patent Application, P-13/344, 17.07.2013