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  • 26.Cnf-72
Papers Published at GC-CPE 2012
All 7 Papers
IDAuthors and TitlePages
26.Cnf-72 Prof. Omar Ramadan
Exponential evolution FDTD operator for general dispersive electromagnetic applications
1-5
26.Cnf-229 Mr. Mohamed El-Nawawy
Prof. Abdelmegid Mahmoud Allam
The design of 80 GHz substrate integrated waveguide based antenna on LTCC substrate
6-10
26.Cnf-241 Dr. Yahia Kourd
Prof. Dimitri Lefebvre
Prof. Noureddine Guersi
Faults Diagnosis Based on Faulty Models Design: Application to DAMADICS.
11-16
26.Cnf-264 Mr. Walaa Wahba
Prof. Abdelmegid Mahmoud Allam
Enhancement of Microstrip Antenna Performance Using Michromachining Technology
17-20
26.Cnf-276 Mr. Mohamadreza Nikfard
Dr. Hadi Seyedarabi
Prof. Ali Aghagolzadeh
Particle filter based tracking of facial features enhanced by symmetrical mask in presence of occlusion
21-25
26.Cnf-278 Dr. Yousef Dama
Prof. Raed Abd-Alhameed
Mr. Ogbonnaya Anoh
Dr. Stephen Jones
MIMO INDOOR PROPAGATION PREDICTION USING 3D SHOOT-AND-BOUNCE RAY TRACING
26-29
26.Cnf-281 Mr. Hilmi Kayhan Yilmaz
Mr. Mehmet Ali Yesil
Prof. Korkut Yegin
Mr. Fahri Ayberk Bagci
Dr. Tolga Çöplü
Bidirectional RF Amplifier for ZigBee Applications
30-32
26.Cnf-72 Paper View Page
Title Exponential evolution FDTD operator for general dispersive electromagnetic applications
Authors Prof. Omar Ramadan, Eastern Mediterranean University, Famagusta, Cyprus
Abstract Simple and effective finite difference time domain (FDTD) formulations are presented for modeling multi-pole linear dispersive electromagnetic applications. In the proposed formulations, the Maxwell's curl equations and the dispersive domain constitutive relations are cast into a set of first order differential matrix system and the fields update equations can be extracted directly from the matrix exponential approximation. The formulations have the advantage of simplicity as it allows modeling linear multi-pole electrically and/or magnetically dispersive materials in the same manner and also can be easily incorporated with the perfectly matched layer (PML) absorbing boundary conditions (ABCs) to model open region problems. Numerical examples are included to demonstrate the validity of the proposed formulations.
Track MAP: Microwaves, Antennas and Propagation
Conference 5th Mosharaka International Conference on Communications, Propagation, and Electronics (MIC-CPE 2012)
Congress 2012 Global Congress on Communications, Propagation, and Electronics (GC-CPE 2012), 3-5 February 2012, Istanbul, Turkey
Pages 1-5
Topics Finite Difference Time Domain Methods
Finite Element Analysis
ISSN 2227-331X
DOI
BibTeX @inproceedings{72CPE2012,
title={Exponential evolution FDTD operator for general dispersive electromagnetic applications},
author={Omar Ramadan},
booktitle={2012 Global Congress on Communications, Propagation, and Electronics (GC-CPE 2012)},
year={2012},
pages={1-5},
doi={}},
organization={Mosharaka for Research and Studies} }
Paper Views 65 Paper Views Rank 68/524
Paper Downloads 21 Paper Downloads Rank 147/524
GC-CPE 2012 Visits: 14126||MIC-CPE 2012 Visits: 11425||MAP Track Visits: 4859