Technical Program

305: FDTD

Session Type: Oral
Time: Wednesday, July 10, 08:00 - 11:50
Location: Narcissus/Orange
Session Chairs: Susan Hagness, University of Wisconsin-Madison and Costas Sarris, University of Toronto
 
305.1: 3D FDTD MODELING OF MULTI-SCALE STRUCTURES AT LOW FREQUENCIES
         Sidharath Jain; The Pennsylvania State University, United States
         Raj Mittra; The Pennsylvania State University, United States
 
305.2: SIMPLE IMPLEMENTATION OF EFFECTIVE PERMITTIVITY AT DISPERSIVE METAL-DIELECTRIC TILT INTERFACES FOR OPEN-SOURCE FDTD PACKAGE
         Ya-Chi Liu; Texas A&M University, United States
         Kai Chang; Texas A&M University, United States
 
305.3: ACCURACY-BASED OPTIMIZATION OF THE FILTERED FINITE-DIFFERENCE TIME-DOMAIN METHOD
         Fumie Costen; The University of Manchester, United Kingdom
         Zery Long; The University of Manchester, United Kingdom
         Costas D. Sarris; University of Toronto, Canada
 
305.4: FLUX CORRECTED TRANSPORT ALGORITHM FOR FDTD MODELING OF SHOCKWAVES GENERATED BY NON-LINEAR DIELECTRICS
         Andrew D Greenwood; Air Force Research Laboratory / RDHEC, United States
         Brad W Hoff; Air Force Research Laboratory / RDHEC, United States
         Susan L Heidger; Air Force Research Laboratory / RDHEC, United States
         David M French; Air Force Research Laboratory / RDHEC, United States
         Andrew J Christieb; Michigan State University, United States
 
305.5: FINITE DIFERENCE TIME DOMAIN ANALYSIS OF ENERGY FLOW IN AMPLIFIED TOTAL INTERNAL REFLECTION
         Zhen Chen; Washington State University, United States
         Keely Willis; AWR Corporation, United States
         John Schneider; Washington State University, United States
         Susan C. Hagness; University of Wisconsin, United States
 
305.6: VFDTD: A NOVEL ALGORITHM FOR IMPROVING CONFORMAL FDTD METHOD
         Kadappan Panayappan; Pennsylvania State University, United States
         Raj Mittra; Pennsylvania State University, United States
 
305.7: CELLULAR NEURAL NETWORK COMPUTATIONAL SCHEME FOR EFFICIENT IMPLEMENTATION OF THE FDTD METHOD.
         Juan Manuel Mayor; Pontificia Universidad Javeriana, Colombia
         Luis Eduardo Tobón; Pontificia Universidad Javeriana, Colombia
         Zoltan Nagy; Pazmany Peter Catholic University, Hungary
         Eugenio Tamura; Pontificia Universidad Javeriana, Colombia
 
305.8: DYNAMIC CROSSTALK ANALYSIS OF CMOS DRIVEN RLC INTERCONNECTS USING FDTD METHOD
         Ramesh Kumar V; Indian Institute of Technology Roorkee, India
         Kaushik B. K.; Indian Institute of Technology Roorkee, India
         Patnaik A; Indian Institute of Technology Roorkee, India
 
305.9: NUMERICAL ESTIMATION OF RF PROPAGATION CHARACTERISTICS OF WIRELESS TERMINAL IN A COMMERCIAL AIRCRAFT CABIN
         Takashi Hikage; Hokkaido University, Japan
         Masami Shirafune; Hokkaido University, Japan
         Toshio Nojima; Hokkaido University, Japan
         Shunichi Futatsumori; Electronic Navigation Research Institute, Japan
         Akiko Kohmura; Electronic Navigation Research Institute, Japan
         Naruto Yonemoto; Electronic Navigation Research Institute, Japan