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 …

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 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 …

In this paper, we propose a novel technique for the dimensional synthesis of coupled-
resonator pseudoelliptic microwave filters with constant and dispersive couplings. The …

This paper proposes an automated parametric local model-order reduction scheme for the
expedited design of microwave devices using the full-wave finite-element method (FEM) …

This letter proposes a novel a-posteriori error estimator suitable for the reduced order
modeling of microwave circuits. Unlike the existing error estimators based on impedance …

In this work, a reduced-order model for a fast and reliable frequency sweep in microwave
circuits is proposed. A finite-element method approach is carried out for the circuit analysis …

This letter proposes a novel projection technique for accelerating Finite Element Method
simulations. The algorithm is based on the Second-order Arnoldi Method for Passive Order …

This letter proposes to automate generation of reduced-order models used for accelerated S-
parameter computation by applying a posteriori model error estimators. So far, a posteriori …

This paper addresses a singular problem, not yet discussed in the literature, which occurs
when parametric reduced-order models are created using a subspace projection approach …