ISTANBUL KÜLTÜR UNIVERSITY
DEPARTMENT OF ELECTRONIC ENGINEERING
Güray GÜRKAN, Ph.D.
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Contact Info |
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Telephone: |
0212 498 4230 |
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Fax: |
0212 661 8563 |
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e-mail: |
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Adress: |
İstanbul Kültür
Üniversitesi |
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Office ID: |
2D-13 |
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Twitter |
@guraygurkan |
Education |
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B.Sc. |
2003, Istanbul University, Faculty of Engineering, Department of Electronics Engineering, |
M.Sc. |
2005, Istanbul University. Institute
of Science, Biomedical Engineering |
Ph.D. |
2011, Istanbul University. Institute of Science, Biomedical Engineering |
Career |
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Oct. 2005 – Aug. 2012
Research Assistant, Department of Electronic
Engineering, Istanbul Kültür University |
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Sept. 2012 – Current Assist.Prof.,
Department of Electronic Engineering, Istanbul
Kültür University Dec 2014 –Current Director of Pre-Incubation Center,
Istanbul Kültür University |
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Lectures |
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Circuit
Theory |
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Electronic
Circuits |
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Circuit Synthesis |
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Logic
Circuits |
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Linear Algebra -
Digital Signal Processing & Real Time
Applications (TMS320VC5510,C6713 & Simulink) -
Control
Systems -
Microprocessors
(TI-MSP430 (Launchpad), ATMEGA (Arduino)) |
Research Areas |
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Digital
Signal and Image Processing |
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Embedded
Systems (MSP430 Launchpad, Arduino) ·
Data
acquisition and programming (Python, MATLAB) ·
Laboratory
device design and manufacturing ·
Realization
of time-frequency analysis tools |
Technical and Social Skills |
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Foreign
Languages |
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Software |
MS Windows, MS Office, MS Project, Turbo Pascal, Delphi,
C, Matlab, Proteus, Electronics Workbench, Python, Code Composer Studio
(TMSC6713 DSK, MSP430 Launchpad) |
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Hobies |
Piano, Guitar, Astronomy,
Soccer, Table-tennis, Basketball, Tenis, Bowling, Snooker |
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Academic Publishments |
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International Conference Papers |
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International Conference Abstracts |
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Cebeci
B, Gürkan G, Bayraktaroğlu Z, Uslu A, Ölmez T. and Akan A., (2008), “Estimating
Sedation Depth Using Correlation Dimension of Spontaneous EEG and Auditory
Steady-State Responses”, 10. International
Conference on Cognitive Neuroscience, Bodrum, Turkey, September 01 – 05, 2008,
pp.402. |
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International Peer Reviewed Articles |
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Gürkan,
G., Akan, A., (2006), “Texture analysis based iris recognition”, I.U. Journal of Electrical
and Electronics Engineering . |
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Gürkan, G.,
Akan, A., Seyhan, T.Ö., (2013), “Analysis of Brain Connectivity Changes
after Propofol Injection by Generalized Partial Directed Coherence”,
Digital Signal Processing, doi: 10.1016/j.dsp.2013.11.011 (Publishment
Process) |
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National Conference Papers |
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Gürkan,
G., Akan, A., (2005), “Doku Analizine Dayanan Yeni bir İris Tanıma
Yöntemi”, 13. IEEE Sinyal Işleme ve Iletişim Uygulamalari
Kurultayi, SIU-2005, Kayseri, Turkey, 16-18 May. |
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Gürkan, G.,
Cebeci, B., Demiralp, T., Akan, A., (2010), “Anestezi Altında EEG Sinyalinin Topografik ve İzgesel Analizi”, 15.
IEEE Biyomedikal Mühendisliği Ulusal Toplantısı, BİYOMUT-2010, Antalya, Turkey, 21-24 April 2010 . |
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Gürkan, G., Gürkan, S., Uşaklı, A.B., “EOG Sınıflandırma Algoritmalarının Karşılaştırılması”, 20.
IEEE Sinyal Işleme ve Iletişim Uygulamalari Kurultayi, SIU-2012, Antalya, Turkey, 18-20 April 2012. |
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Gürkan, S., Gürkan, G., Kaya, A., Uşaklı, A.B., “Design and
realization of an EOG-based wireless communication device for amyothrophic
lateral sclerosis patients”, 3.Tıp Teknolojileri Ulusal Kongresi
(TIPTEKNO-2012), Antalya, Turkiye, 1-3
November 2012, pp. 16-19. |
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Gürkan, S., Gürkan, G., Kaya, A., Uşaklı, A.B., “A novel
eye-blink based communcation device for amyothrophic lateral sclerosis
patients: EyePad ®”, 3.Tıp Teknolojileri Ulusal Kongresi
(TIPTEKNO-2012), Antalya, Turkiye, 1-3
November 2012, pp. 30-33. |
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Graduation Projects Mentored
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2012-13 Spring (Due: May
2013)
1.
Spectrum Analyzer for Audio
Range.
2.
Wireless device control using
2262 encoder IC.
3.
Wireless device control using
DTMF tones.
4.
Smart Home project using
Raspberry-Pi and a web interface.
5.
Heart rate measurement using
MSP430G2553® microcontroller.
6.
Design and realization of a
laboratory tube roller using MSP430G2553 ® microcontroller.
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2013-14 Fall (Due: December 2013)
1.
Self-balancing robot using
Arduino® UNO
2.
Wireless queue mangement system
using RF Module and Arduino® UNO
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2013-14 Spring (Due: May 2014)
1.
Realization of a digital
compass using Arduino® UNO
2.
Realization of a scrolling text
display with Arduino® UNO
3.
Musical note synthesis using
Arduino® UNO
4.
Control of a DC motor speed via
wireless communication
5.
Auditory feedback device for
visually impaired
6.
Musical instrument tuner
7.
Realization of a basic elevator
system
8.
Realization of an EOG
biopotential amplifier
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Discrimination of musical
instruments using signal processing methods
10.
Acquisition and monitorization
of tri-axial accelerometer data using I2C protocol
11.
Vehicle tracking system using
GPS and SMS.
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2014-15 TUBITAK 2209A FUNDED
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A GPS routed, small scale UMV
for ground applications.
2.
Digitally controlled satellite
dish rotator.