We examine the stability of linear time-delay systems with several constant, unknown and
independent delays, each residing within a known interval excluding zero. The delay …

The stability of linear systems with multiple, time-invariant, independent and uncertain
delays is investigated. Each delay is assumed to reside within a known interval excluding …

The stability of linear time-delay systems with a delay interval excluding zero is investigated.
A delay-free comparison system is formed by replacing the delay element with a parameter …

The stability of linear time-delay systems is investigated via the robustness analysis of a
related delay-free comparison system with an uncertain real parameter. By exploiting its …

In this paper, we investigate the asymptotic stability of the linear systems with multiple time-
invariant delays. The delay elements are removed from the original system by using a …

Robust stability and performance analysis techniques are presented for time-delay systems
consisting of the feedback interconnection of a linear time-delay system, with a bounded and …

An algebraic approach is extended to a single time delay system in order to determine the
stability range of the adjustable parameter and the stability independently of delay and/or …

The stability of linear time-delay systems is investigated via the robustness analysis of
several uncertain delay-free comparison systems. Several new delay-dependent stability …

We investigate the stability analysis of linear time-delay systems. The time-delay is assumed
to be a time-varying continuous function belonging to an interval (possibly excluding zero) …

This note provides an improved asymptotic stability condition for time-delay systems in terms
of a strict linear matrix inequality. Unlike previous methods, the mathematical development …