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Haythem H. Abdullah
Also published under:Haythem Hussein Abdullah, H. H. Abdullah
Affiliation
Electronics Research Institute, El-Nozha Elgededa, Cairo, Egypt
Topic
Advanced Design System,Antenna Design,Antenna Performance,Axial Ratio,Circularly Polarized,Equivalent Circuit,Metal Layer,Oscillation Frequency,Phase Noise,Quality Factor,Tuning Range,Antenna Dimensions,Backscatter,Bandstop Filter,Bit Error Rate,Boundary Constraints,Broadside Direction,Butterworth Bandpass Filter,Center Frequency,Chipless Radio Frequency Identification,Coding Capacity,Coding Density,Communication Subsystem,Compact Size,Conductive Ink,Constrained Optimization,Constrained Optimization Problem,Constraint Violation,Coplanar Waveguide,DC Power,Defected Ground Structure,Design Problem,Dynamic Boundary,Evolutionary Algorithms,Feasible Set,Feed Point,Feeding Network,Figure Of Merit,Filter Design,First-order Filter,Frequency Band,Frequency Response,Ground Plane,Ground Station,Half-power Beamwidth,High Quality Factor,Internet Of Things,LC Resonance,Large Coil,Link Budget,
Biography
Haythem Hussein Abdullah received the B.Sc. degree in electronics and communication engineering from the University of Benha, Egypt, in 1998, and the M.Sc. and Ph.D. degrees from Cairo University, in 2003 and 2010, respectively. His M.Sc. is dedicated to the simulation of the dispersive materials in the finite difference time domain numerical technique and its application to the SAR calculations within the human head. His Ph.D. is dedicated to radar target identification. He is currently employed as an Associate Professor and a former Head of the Nanotechnology Laboratory, Electronics Research Institute (ERI), Cairo, Egypt. He was the PI of two projects funded by different funding agencies. He has participated in 13 research projects at the national and international levels under Egypt–NSF–USA joint funds program, NTRA, STDF, National Authority of Remote Sensing, and so on. His current research interests include design and optimization of microstrip antenna arrays and their applications.