This paper presents a theoretical review and comparisons between vector fitting, matrix-
pencil-method, and Loewner matrix techniques for the fitting of frequency-domain functions …

This paper presents the evaluation of lightning performance of transmission lines
considering the wide-band modeling of their associated tower-footing grounding systems …

This paper presents a new technique for wideband characterization and modeling of
multiport large grounding systems in the form of an accurate Electromagnetic Transients …

This paper presents a probabilistic evaluation, based on Monte-Carlo method, to estimate
back flashover rate (BFR) and shielding failure flashover rate (SFFOR) of overhead …

Lightning electromagnetic fields can couple to overhead power transmission and distribution
lines, causing serious effects to the power system. Lightning electromagnetic fields that …

This paper presents a new passivity enforcement technique for frequency-dependent
network equivalents expressed as rational models. The main feature of the proposed …

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) …

Accurate frequency components of fault transient signals can be analyzed by the Matrix
Pencil algorithm. By means of the Matrix Pencil algorithm, a new pilot protection principle for …

The paper presents a frequency-domain matrix pencil method (FDMPM) for identification of
multiport network equivalents to be properly incorporated in electromagnetic transient …

In this work, an experimental investigation of the grounding system behavior of tall wind
turbines in both time and frequency domains is presented. Two scenarios were considered …