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 …

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 …

An automatic reduction-order selection algorithm for macromodels in finite-element analysis
is presented. The algorithm is based on a goal-oriented a posteriori error estimator that …

A data-driven model order reduction technique for fast frequency sweep in computationally
intensive full-wave solution in large finite frequency selective surfaces is detailed. A hybrid …

A Loewner matrix data-driven model order reduction technique for fast frequency sweep in
full-wave solution in large finite frequency selective surfaces is detailed. A hybrid Boundary …

This letter proposes a new scheme for reduced-order finite-element modeling of
electromagnetic structures with nonlinear, dispersive surface boundary conditions, which …

This paper presents a novel algorithm for accelerating 3D Finite Element Method
simulations by introducing macromodels created in local model order reduction in the …

Current computational resources are leading electromagnetic computer aided design
towards brute-force approaches, where global optimization techniques are taken into …

Embedded systems have evolved to more complex assemblies, called Cyber-Physical
Systems (CPS), mostly operating through networks and tightly interacting with the …

The paper addresses several problems related to automated construction of reduced order
models that are used to achieve very fast fast frequency sweeps in full-wave simulations of …