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Rector
Prof. Dr. Abdullah Y. ÖZTOPRAK
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Curriculum Vitae (CV)
Eastern Mediterranean University
Faculty of Engineering Department of Electrical and Electronic Engineering
Tel: +90 392 630 1200
e-mail address:
abdullah.oztoprak@emu.edu.tr
EDUCATION:
1977 University College London, University of London
Electrical and Electronic Engineering
PhD
1973 University College London, University of London Electrical and
Electronic Engineering BS
ACADEMIC TITLES:
Professor Electrical and Electronic Engineering EMU 1997-
Associate Prof. Electric. & Electron. Engineering EMU 1988-1997
Assist. Prof. Electric. & Electron. Engineering EMU
1986-1988
SUPERVISED MA and PhD THESES :
M.Sc Thesis
Uyguroğlu, R., “Beam Forming Lenses for Curved Arrays“, EMU, 1991
PhD Theses
1. Ramadan, O., “Analyzing and Improving the Performance of ABCs for Truncating
FDTD Domains“, EMU, 1999
2. Uyguroğlu, R., “Study of Microstrip Lines with the FDTD Method and Modification
of the FDTD Method for Improved Performance“,
EMU, 2002
3. Kuşaf, M., “A new Symplectic FDTD Scheme for Optimizing the Courant Stability
and Dispersion Performance”, EMU, 2005
PUBLICATIONS:
Articles in international refereed journals
1. M. Kusaf and A. Y. Oztoprak, “Zero Phase Velocity Error Finite-difference
Time-domain Method for Small Space Step and Large Time
Step Sizes”, Microwave and Optical Technology Letters, vol.54,
no. 2, pp 423-426, Feb. 2012.
2. M. Kusaf and A. Y. Oztoprak, “Multi Split-step Unconditionally Stable
Finite Difference Time Domain Methods”, Microwave and
Optical Technology
Letters, vol.51, no. 11, pp 2646-2649, Nov. 2009
3. M. Kusaf and A. Y. Oztoprak, “Dispersion Analysis of the ADI-FDTD and S-FDTD
Methods”, Turkish Journal of Electrical
Engineering &Computer
Sciences, vol.16, no. 3, pp 201-206, Nov. 2008
4. M. Kusaf and A. Y. Oztoprak,“ An Unconditionally Stable Split-Step FDTD
Method for Low Anisotropy“, IEEE Microw. Wireless
Compon. Lett., vol. 18,
pp 224-226, Apr. 2008.
5. O. Ramadan and A. Y. Öztoprak “Unconditionally stable Crank-Nicolson wave-equation
PML formulations for truncating FDTD
domains”, Electrical Engineering, vol. 89, pp 89-93, Dec. 2006
6. M. Kusaf and A. Y. Oztoprak, “Higher stability limits for the symplectic
FDTD method by making use of Chebyshev polynomials,
”IEEE Microw. Wireless
Compon. Lett., vol. 16, pp. 579–581, Nov. 2006
7. M. Kusaf, A.Y. Öztoprak and D.Daoud, “Optimized Exponential Operator Coefficients
for Symplectic FDTD Method”, IEEE Microwave
and Wireless Components Letters, vol 15, no 2, pp 86-88, Feb 2005
8. O.Ramadan,O.Akaydin,M.Salamah,A.Y.Öztoprak, “Parallel Implementation of
the Wave-Equation Finite-Difference Time-Domain
Method Using the
Message Passing Interface”, Lecture Notes in Computer Science
(LNCS),vol 3280, pp 810-818, Oct 2004
9. O. Ramadan and A. Y. Öztoprak , “Z-Transform Implementation of the Perfectly
Matched Layer for Truncating FDTD Domains ,
“ IEEE Microwave and
Wireless Components Letters, vol 13,no 9, pp 402-404, Sep 2003.
10. O. Ramadan and Öztoprak, A.Y., “An Efficient Implementation of the PML
for Truncating FDTD,” Microwave and Optical Technology
Letters, vol 13, no
1, pp 55-60, Jan 2003 .
11. O. Ramadan and Öztoprak, A.Y. , “DSP techniques for implementation of perfectly
matched layer for truncating FDTD domains,”
Electronics Letters ,
vol 38 , no 5, pp 211-212, Feb 2002.
12. R. Uyguroglu and Niazi (Öztoprak), A.Y., “ Designing Microstrip Transitions
into Parallel-Plate Regions Using the FDTD Method ,”
Microwave and
Optical Technology Letters , vol 22, no 1, pp 81-84 Jun 1999.
13. Naser A. Abu-Zaid, Niazi (Öztoprak), A.Y., and Haluk Tosun ,“ State-space formulation
of two-dimensional electromagnetic
scattering from dielectric
cylinders,” Radio Science , vol 34, pp 297-309, Mar 1999.
14. O. Ramadan and Niazi (Öztoprak), A.Y., “Truncating FDTD computational domains
with PML regions backed by lossy ABCs, “
Microwave and Optical
Technology Letters , vol 18, no 5, pp 328-331, Jan 1998
15. O.Ramadan and Niazi (Öztoprak), A.Y., “One way wave equation type ABCs for terminating
low loss media,” IEE Electronics
Letters , vol 33, no 24,
pp 2052-2054, Jan.,1997
16. O.Ramadan and Niazi (Öztoprak), A.Y., “ Improved formulations for higher order
absorbing boundary conditions,” IEE Electronics
Letters , vol 33, no
7, pp 568-570, Jan 1997
17. Davies, D.E.N.,Niazi (Öztoprak), A.Y., “ Studies of a focused filter for multiplexing
microwave signals,” IEE Proceeding – Part H , vol
127, no 4, pp 173- 181 , Aug 1980
18. Davies, D.E.N.,Niazi (Öztoprak), A.Y ., “A novel approach to production of band
branching filters for microwave frequencies”,
Electronics Letters , vol. 11 , no 1, pp 10-11, Jan., 1975
PAPERS PRESENTED AT AND PUBLISHED IN PROCEEDINGS OF INTERNATIONAL CONFERENCES
1. R. Uyguroglu, A. Y. Oztoprak, “A Method for Minimizing the Phase
Errors of Rotman Lenses” ELECO'2009 6th International
Conference on Electrical
and Electronics Engineering, Bursa, Nov., 2009
2. M.Kusaf, A.Y. Öztoprak, “Zero Error Split Step FDTD Method for Narrow Band
Applications” ELECO'2009 6th International
Conference on Electrical and Electronics Engineering, Bursa, Nov., 2009
3. M. Kusaf and A. Y. Oztoprak, “Comparison of the Performances of ADI-FDTD
and Exponential Coefficient Optimised Symplectic
FDTD Methods”, ELECO'2007 5th International Conference on Electrical and Electronics
Engineering, Bursa, Dec., 2007
4. Ramadan,O., and Öztoprak, A.Y,” Generalized PML Formulations for the Termination
of the Wave-Equation FDTD Domains”, The
2003 IEEE International Symposium on Electromagnetic Compatibility,Istanbul
,May 2003, Turkey.
5. Ramadan,O., and Öztoprak, A.Y,” An Efficient FD-TD lossy absorbing boundary
condition”, Proceedings of AP2000 Millennium
Conference on Antennas & Propagation, Switzerland,April,2000.
6. Ramadan,O., and Öztoprak, A.Y,” A simple method to improve the Performance
of FDTD absorbing boundary conditions”,
roceedings of AP2000 Millennium Conference on Antennas & Propagation, Switzerland,
April 2000.
7. Niazi (Öztoprak), A.Y., Uyguroglu,R.,” Bootlace Lenses for Curved Arrays”,
IEEE Antennas and Propagation Society International
Symposium,Ann
Arbor, USA, June, 1993
8. Andrew, B.J., Moore, T.S.,Niazi (Öztoprak), A.Y.,”Millimetre Wave Microstrip
Antennas for Dual Polar and Monopulse Applications”,
IEE International Conference on Antennas and Propagation,January,1983
9. Niazi (Öztoprak),A.Y., Moore, T.S.,” Millimetre Wave Reflector Scanning
Antenna”, IEE International Conference on Antennas and
Propagation,January,1983
10. Niazi (Öztoprak),A.Y., Mitchell, P.J.,” Millimetre Wave Reflector Scanning Antenna”,
IEE International Conference on Antennas and
Propagation,January,1983
11. Niazi (Öztoprak),A.Y,” Rotman Lens Fed Multiple Beam Array”, IEE International
Conference on Antennas and Propagation,
January,1981
12. Davies, D.E.N.,Niazi (Öztoprak), A.Y,Smith,M.S.,” Microstrip and Triplate Rotman
Lenses”, Conference Proceedings, Military
Microwaves,January,1980
13. Davies, D.E.N., Niazi (Öztoprak), A.Y.,” The Field Focusing Filter. A new form
of microwave hand branching filter”, 6th European
Microwave Conference ,January, 1976
PAPERS PRESENTED AT AND PUBLISHED IN PROCEEDINGS OF NATIONAL CONFERENCES
1. Öztoprak, A.Y., Uyguroğlu, R.,” Sonlu Farklar Zaman Rejimi (FDTD) Yönteminin
Mikroşerit Devrelerine Uygulanması”, Elektrik
Mühendisliği 6. Ulusal Kongresi, Bursa, Eylül, 1995
2. Öztoprak, A.Y., Uyguroğlu, R,” Eğri Anten Dizileri için Zorunlu Yollu Mercek
Anten”, Elektrik Mühendisliği 4.Ulusal Kongresi, Izmir,
Eylül, 1991
3. Öztoprak, A.Y.,” Üç Boyutlu Çok Odaklı Mercek Anten”, Elektrik Mühendisliği 2.
Ulusal Kongresi, Ankara,Eylül, 1987
RESEARCH PROJECTS:
1. Sonlu Farklar Zaman Rejimi Yöntemi Kullanılarak Nano Teknolojik Boyutlarında
Entegre Devre Ara-Bağlantılarının Analizi, B-türü
araştırma projesi,
Yardımcı Araştırmacı (Proje yürütücüsü: R. Uyguroğlu)
2. Band Branching Microwave Filters Using Antenna Techniques (University College
London ,RSRE)
3. Development of High Gain Millimetre Wave Antennas at 94 GHz (MSDS) 4. Development
of Beam Forming Networks on Microstrip
(MSDS) 5. Designing and Establishing Indoor and Outdoor Millimetre Wave Antenna Measurement
Facilities at MSDS
ADMINISTRATIVE DUTIES:
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Dean, Faculty of Engineering |
EMU |
2003-2004 |
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Vice-Rector, Academic Affairs |
EMU |
1992-2003 |
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Director, Institute of Graduate Studies |
EMU |
1991-1993 |
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Head, Department of Electrical and Electronic Engineering |
EMU |
1989-1992 |
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Cypruvex (UK) Directorate |
London |
1983-1986 |
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Head, Antenna Research Unit Marcony Space and Defence Systems |
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1981-1983
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PROFESSIONAL AFFILIATION:
Institute of Electrical and Electronics Engineers, USA
Elektrik Mühendisleri Odası, KKTC
COURSES TAUGHT:
EENG 232 Electromagnetics I
EENG 331 Electromagnetics II
EE 332 Electromechanic Energy Conversion I
EENG 433 Microwave Applications
EENG 463 Antenna Theory
EE 465 High Frequency Techniques
EE 532 Advanced Antenna Theory
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