The reduced basis method (RBM) generates low-order models for the solution of
parametrized partial differential equations to allow for efficient evaluation in many-query and …

There are many steps in the design of a microwave filter: mathematically describing the filter
characteristics, representing the circuit as a network of lumped elements or as a coupling …

A description of electromagnetics by means of the reduced-basis method (RBM), which
gives physical insight, is detailed. Contrary to what has been previously done to get further …

A reliable reduced-order model (ROM) for fast frequency sweep in time-harmonic Maxwell's
equations by means of the reduced-basis method is detailed. Taking frequency as a …

In this paper, a versatile technique for mesh deformation is discussed, targeted at the
electromagnetic (EM) field simulation of high-frequency devices using the 3-D finite element …

In this paper, an efficient computational framework for the full-wave design by optimization of
complex microwave passive devices, such as antennas, filters, and multiplexers, is …

This article describes a novel model-order reduction (MOR) approach for efficient wide
frequency band finite-element method (FEM) simulations of microwave components. It relies …

It is of great significance to perform adjoint electromagnetic (EM) sensitivity analysis when
designing or optimizing a microwave component. Recent advances in adjoint EM sensitivity …

In this paper, a fast interpolation algorithm [multilevel accelerated Cartesian expansion
(MLACE)-multilevel fast multipole algorithm (MLFMA)-reduced basis method (RBM)] is …

This paper attempts to develop a new automated multipoint model-order reduction (MOR)
technique, based on matching moments of the system input-output function, which would be …