my bio

Dr. Mehmet Alper USLU was born in Turkey on 19 September 1986 and received B.Sc, M.Sc and Ph.D. degrees in 2010, 2012 and 2016 from Dogus University respectively. He has published more than 15 papers in international journals and international/national conferences. Due to his research on applied electrodynamics, he has bestowed Leopold B. Felsen Excellence in Electrodynamics award in 2011. He completed his graduate education with high honour degree and received Outstanding Achievement award from Dogus University. He is also granted visiting scholar award from University of Massachusetts Lowell, USA in 2012.

He is chosen to be Associate Editor at IEEE Access Journal that has 3.244 impact factor by the year 2016.

He has received UK Tier 1 Exceptional Talent visa in 2019 by getting endorsement from Royal Academy of Engineering about his talents.

He took part in various national, international conference organization committees. His research interests are RF Microwave circuits and systems, EMC, Digital Signal Processing Algorithms, Real-time/Embedded Software Development, Radar Cross Section modelling, LPWAN Technologies ( LoRa, Nb-IoT, Sigfox ), diffraction theory, computational electrodynamics,

He is a member of IEEE Antennas and Propagation Society. His hobbies are winter sports, chess, photography, and reading.

My Projects

EM simulator is developed by using finite-difference time domain(FDTD) method to analyze antenna radiation patterns and radar cross sections.
Java based SSH client is developed to automate various tasks be performed on program Nortel's Product Library System (PLS) such as update/module creation, listing operation etc. This software also includes tiny SFTP module to access/edit files without need to use external SFTP software. GAP test environment tool is also supported and all GAP commands can be ran via graphical user interface (GUI).
Microwave filter synthesis software is developed to ease filter design process. The user just needs to specify filter properties and the rest is handled by the program. Both lumped, and distributed schematics are created and frequency response is plotted. The program also enables user to export designed filter in GDSII format which is the most common format used in commerical EM simulators.
Wedge is a canonical geometry used to construct high frequency asymptotic solution for diffracted fields. Matlab based wedge diffraction analysis software is introduced to analyze diffracted fields radiated from perfectly electrical conductor wedge of variable apex angle. In this software, diffracted fields can be analyzed with high frequency asymptotic methods (GO, PO, GTD, PTD) and FDTD method.
Filter, low noise amplifier (LNA), oscillator, mixer and power amplifier is designed for 1.5 GHz amplitude modulated (AM) signals. Agilent's Advanced Design Software (ADS) is used for simulation of component and system performance.
Internal handover is a new handover type introduced by A interface over IP feature. This is a kind of Intra-BSS handover in which MSC is included in handover procedure from the beginning. Within the context of this project, new BSSMAP messages are defined and handover procedures are implemented in Kapsch's Mobile Switching Center (MSC) product.
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My Skills

Software Languages
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