Recently, Loewner matrix (LM)-based methods were introduced for generating time-domain
macromodels based on frequency-domain measured parameters. These methods were …

An alternative solution to the flutter equation with a true dam** representation is
presented. The pL method transforms the nonlinear eigenvalue problem into a linear …

It is a well-known practice to approximate the frequency-domain response of an electrical
component or a subsystem with rational functions for electromagnetic transient (EMT) …

In this work, we present a novel data-driven method for identifying parametric MIMO
generalized state-space or descriptor systems of low order that accurately capture the …

Loewner matrix (LM) interpolation-based macromodeling methods can generate an
accurate macromodel for large and complex structures. However, there is less flexibility in …

The generation of black-box macromodels of passive components at the chip, package, and
board levels has become an important step of the electronic design automation (EDA) …

The Loewner matrix (LM) is a powerful macromodeling technique that uses sampled data in
the frequency domain for representing dynamical systems in a descriptor form. As stability …

Many of the passive interconnect systems that arise in applications for analysis of power and
signal integrity (PI/SI) are reciprocal by nature, and the transfer matrices of such systems are …

Macromodeling techniques using Loewner matrix (LM) interpolation were proposed recently
as a way to generate time-domain macromodels based on simulated V-parameters. These …

Passivity is an important property of circuits and systems to guarantee stable global
simulation. Nonetheless, nonpassive models may result from passive underlying structures …