This paper presents a simple Linear Matrix Inequality (LMI) condition for the design of
stabilizing control for a class of systems whose dynamics is similar to the TCP/AQM process …

In this work a self-tuning rate and queue based proportional and integral controller called
SRQ-PI is proposed to efficiently control the queue length with small overshoot and faster …

This paper discusses the stabilization issue for a class of nonlinear neutral-type stochastic
systems subject to time-varying delays, linear fractional uncertainties, actuator faults, input …

Transmission control protocol, in the transport layer of a network, can usually detect
congestion after its occurrence. Therefore, designing a robust active queue management …

This study is concerned with the design of active queue management (AQM) subjected to
quantisation errors. First, the authors will show here that quantisation errors exist when AQM …

In this study, the congestion problem of computer networks is solved by introducing an
adaptive fractional-order controller. The controller is designed to enhance the efficiency of …

A new methodology to design an H _ ∞ H∞ observer-based controller for discrete-time
delayed systems subject to input saturation and L _ 2 L 2-norm disturbances is proposed …

Active queue management (AQM) is a congestion control mechanism for the early
notification of the incipient congestion pursued by dropping/marking packets. The novelty in …

This paper presents a new approach to design an H∞ dynamic observer (DO) for multi-
delayed linear systems subject to L 2-norm disturbances. This observer generalises the …

Controllers are studied to achieve closed-loop robust stability and satisfactory transient
behavior for a class of uncertain state-delayed systems with saturating actuators. The …