In this paper, an output-feedback control problem is investigated for a class of stochastic
systems with impulsive effects under Round-Robin (RR) protocol. First, the RR protocol is …

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 …

This paper gives an overview of the stability analysis of systems with delay-dependent
coefficients. Such systems are frequently encountered in various scientific and engineering …

This paper states some results aiming at finding the parameters of a controller that provides
the maximum decay rate of the closed-loop response for a linear time-invariant time-delay …

We investigate the use of a derivative-free control scheme called the multiple-delay
proportional-retarded (PR) protocol to achieve fast consensus in a large-scale multiagent …

The paper provides PID controller tuning for the third-order plants with delay. For obtaining
the PID setting the dominant three-pole placement is applied to achieve desired dynamics …

An extension of the well-known delayed resonator concept is proposed with the objective to
enhance its robustness in vibration suppression under guaranteeing stability of the overall …

A distributed proportional-retarded (PR) protocol is proposed for a class of large-scale
consensus system with single-integrator agent dynamics. The protocol, a part of which …

We study a sampled-data implementation of linear controllers that depend on the output and
its derivatives. First, we consider an LTI system of relative degree that can be stabilized …

An approach is presented to approximate the delay margin of a class of linear time-invariant
neutral-type time delay systems. The approach is based on frequency swee** tools and …