TU-UB.3P.9
Utilization of Adaptive Sampling in Gradient Enhanced Taylor Kriging for Uncertainty Quantification in FEM Radar Cross Section Computations
Christopher Erickson, Stephen Kasdorf, Branislav Notaroš, Colorado State University, United States
Session:
Finite Difference, Finite Element, and Optimization Methods Oral
Track:
B: Numerical Methods
Location:
Room 204
Session Time:
Tue, 15 Jul, 13:20 - 17:00
Presentation Time:
Tue, 15 Jul, 16:20 - 16:40
Session Co-Chairs:
Thomas Roth, Purdue University and Michal Okoniewski, University of Calgary
Presentation
Discussion
Session TU-UB.3P
TU-UB.3P.1: Quantum Transport in a 12-nm MOSFET Using FDTD
Kai Ren, South Dakota School of Mines and Technology, United States
TU-UB.3P.2: Acceleration of the Hybrid FDTD Algorithm using Signal Processing Techniques
Kapil Sharma, University of Alaska Fairbanks, United States; Jongsung Kim, Kyungsung University, Korea (South)
TU-UB.3P.3: A Novel Differentiable SBR Framework and Its Application on Efficient Optimization for PEC Low-Scattering Shapes
Kaiqiao Yang, Che Liu, Wenming Yu, Tiejun Cui, Southeast University, China
TU-UB.3P.4: Developments in the Generalized-Lorenz Gauged Potential-Based Finite Element Method
Samuel Elkin, Thomas Roth, Purdue University, United States
TU-UB.3P.5: A time-domain FEM-BEM symmetric coupling for transient electromagnetic scattering
Van Chien Le, Kristof Cools, Ghent University, Belgium
TU-UB.3P.6: Comparing Limitations of MAMPs and Holland-Simpson Thin Wire Models to Develop a Unified Wire Formalism in FDTD
Duncan Lo, Michal Okoniewski, University of Calgary, Canada
TU-UB.3P.7: GPU-Accelerated Massively Parallel FDTD Method for Large-Scale Electromagnetic Problems
You-Shen Tian, The Hong Kong Polytechnic University, China; Lixiao Wang, Qing Huo Liu, Eastern Institute of Technology, China; Wen Chen, The Hong Kong Polytechnic University, China; Qingtao Sun, Eastern Institute of Technology, China
TU-UB.3P.8: Hierarchical Implementation of Operator-Adapted Wavelet Decomposition Using Arbitrary Polygons for Multiscale FEM Problems
Furkan Şık, Monish Vannemreddy, Fernando Teixeira, Balasubramaniam Shanker, The Ohio State University, United States
TU-UB.3P.9: Utilization of Adaptive Sampling in Gradient Enhanced Taylor Kriging for Uncertainty Quantification in FEM Radar Cross Section Computations
Christopher Erickson, Stephen Kasdorf, Branislav Notaroš, Colorado State University, United States
TU-UB.3P.10: Maximum Gain Of Dielectric Dome Antennas
Lukas Jelinek, Czech Technical University in Prague, Czech Republic
Resources
No resources available.