In practical microgrids, the inhomogeneous initial values are widely appeared due to soft-
starting operation. If traditional model order reduction approaches are applied, the input …

This article proposes a reduced-order small-signal closed-loop transfer function model
based on Jordan continued-fraction expansion to assess the dynamic characteristics of the …

This paper introduces an admissibilization condition for singular interval-valued fuzzy
systems with a dynamic output-feedback controller using a linear matrix inequality approach …

In this paper, an approach to perform model reduction of distribution grids for phasor
measurement unit (PMU)-based state estimation (SE) purposes is presented. The method is …

This paper studies the issue of the adaptive neural security controller design for uncertain
networked singular systems in the presence of deception attacks. Considering that the attack …

This work aims to review the state of the art of the most important circuit synthesis techniques
of rational approximation of electromagnetic multiport systems in order to incorporate them …

This paper describes the first reliable Newton algorithm for the sequential computation of the
set of dominant poles of scalar and multivariable transfer functions of infinite systems. This …

This technical note studies the negative imaginary properties of descriptor linear systems
based on state-space realizations. Under the assumption of a minimal realization, necessary …

Solving large-scale Stein equations with high-ranked coefficient and constant terms is
relatively difficult since the solution is no longer numerically low-ranked and its storage and …

The mathematical models derived from the physical models are the pivot ingredient in
science and engineering, especially, in the control theory. Most of the physical models have …