Stochastic collocation method (SCM), a prevailing uncertainty analysis method, has been
successfully implemented in electromagnetic compatibility (EMC) simulation, especially in …

This paper presents a global sensitivity analysis of a high-Q partially air-filled pedestal
resonator integrated in a printed circuit board. Nonlinear partial-least-squares-based …

Uncertainty propagation and quantification are of great interest in computational
electromagnetic simulations. It is particularly relevant in the context of electromagnetic …

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 …

Uncertainty analysis is one of the hot research issues in the field of computational
electromagnetics in the past five years. The Method of Moments is a non-embedded …

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

We present and validate a computational approach that enables the quantification of time‐
dependent uncertainty in axially symmetric electromagnetic (EM) problems, in the context of …

In recent years, uncertainty analysis is a hot topic in the field of electromagnetic compatibility
simulation. The actual electromagnetic environment is simulated by considering the …

By virtue of its high calculational accuracy and efficiency, the stochastic Galerkin method
(SGM) has been successfully applied many times in electromagnetic compatibility (EMC) …

Nowadays, in the field of electromagnetic compatibility (EMC), numerical methods such as
finite element analysis are often used for simulation analysis. These numerical methods take …