Numerical interpolation methods applied in electromagnetic interference problems

Probabilistic methods applied to 2D electromagnetic numerical dosimetry

Purpose Probabilistic approaches are performed on electromagnetic numerical dosimetry problems in order to take into account the variability of the input parameters. Methodology/Approach Methods are based on an expansion of the random parameters in two different ways: a spectral description and a nodal description. Findings It is shown on a simple scattering problem that only 100 calculations a...

Electromagnetic Methods in Applied Geophysics

on the status of mixed methods research in applied linguistics

چکیده ندارد.

Metaprogramming Applied to Numerical Problems

Metaprogramming is a programming technique where a computer program is written that writes or manipulates another program (or itself) that then solves a given task. This approach has several advantages over classical programming. Firstly, it leads to more efficient programming because the process of generating code is automated as you basically write code that writes code. Secondly, it might al...

Numerical Analysis of Electromagnetic Scattering Using Constrained Interpolation Profile Method

The field of computational electromagnetics (CEM) was significantly broadened by the pioneer work of Yee, when the time-dependent Maxwell’s equations are solved numerically in an isotropic medium [1]. This algorithm is called finite-difference time-domain (FDTD) Method, and it has second-order accuracy in temporal and spatial domain [2]. Since FDTD method is relatively simple to implement, effi...