Uncertainty analysis methods are widely used in today's electromagnetic compatibility
simulations in order to take account of the nonideality and unpredictability in reality and …

The recent multilevel Monte Carlo method is here proposed for uncertainty quantification in
electromagnetic problems solved by the finite-difference time-domain (FDTD) method, when …

Uncertainty analysis is widely used in today's electromagnetic compatibility simulations in
order to include the variation and tolerance caused by realistic nonidealities. However …

Recently, many uncertainty analysis methods have been taken into consideration in
electromagnetic compatibility (EMC) simulation. As a traditional method, the Method of …

Multilevel Monte Carlo (MLMC) method, enhanced by a smoothing technique based on
kernel density estimation (KDE), is coupled with the finite-difference time-domain (FDTD) …

This paper explores the impact of geometric parameter uncertainties on transmission line
crosstalk, crucial to electromagnetic compatibility for modern electronic systems. It reviews …

The paper deals with the sensitivity analysis of the transient impedance of the horizontal
grounding electrode. Simple and efficient direct time domain analytical solution for the …

This paper presents a Non-Linear Partial-Least-Squares-based Polynomial Chaos
Expansion (NLPLS-based PCE) approach for high dimensional global sensitivity analysis …

The nonembedded uncertainty analysis method is one of the popular research topics in the
field of electromagnetic compatibility. The simulation theory system built around it has been …

The Method of Moments (MoM) is widely used in Electromagnetic Compatibility (EMC)
uncertain simulation due to its advantages such as non-embedded simulation, high …