In this article we consider the‐stabilization of n th‐order linear time‐invariant dynamical
systems using multiplicity‐induced‐dominancy‐based controller design in the presence of …

An important question of ongoing interest for linear time-delay systems is to provide
conditions on its parameters guaranteeing exponential stability of solutions. Recent works …

In this paper, which is a direct continuation and generalization of the recent works by the
authors [17, 35], we show the validity of the generic multiplicity-induced-dominancy property …

A series of recent works have shown that, for a system of linear functional differential
equations, a spectral value having a multiplicity exceeding the order of the system tends to …

The current work exploits the effects of time-delays on the stability of unmanned aerial
vehicles s). In this regard, the main contribution is a symbolic/numeric application of the …

This paper concerns some spectral properties of the scalar dynamical system defined by a
linear delay-differential equation with two positive delays. More precisely, the existing links …

Exploring a more than 70 years old idea about the minimization of the spectral abscissa of
linear functional differential equations, a series of recent works highlighted the insights that …

This document offers an overview of fundamental functionalities within the Python Control
Systems Library (python-control), a software tool in Python tailored for designing control …

This chapter briefly presents some “user-friendly” methods and techniques (frequency-
domain approaches) for the analysis and control of linear dynamical systems in presence of …

This paper presents the software Partial Pole Placement via Delay Action, or P3δ for short.
P3δ is a Python software with a friendly user interface for the design of parametric stabilizing …