This note focuses on the traditional problem of the Kalman filtering for linear continuous-time
systems. Although the problem has been studied widely in the past decades, little work has …

The aim of this paper is to study the H/sub/spl infin//filtering problem for linear continuous-
time systems with both current and multiple-time-delay measurements. The key technique …

This book presents new computational tools for the ℋ∞ control of distributed parameter
systems. Transfer functions are considered as input-output descriptions for the plants to be …

The discretized Lyapunov functional method is extended to linear systems with both,
discrete and distributed delays, and to H∞ control. The coefficients associated with the …

This paper studies the standard problem for a class of multiple-delay systems, where
different input/output channels have different dead times. We present a procedure of …

This article investigates the output feedback H∞ H _ ∞ control problem of linear systems
with infinite distributed input delays. An observer‐based output feedback (OBOF) H∞ H _ ∞ …

The paper focuses on the Kalman filtering problem for linear continuous-time systems with
multiple delayed measurements. An explicit and simpler solution to the Kalman filtering …

The purpose of this paper is to give an overview of the skew Toeplitz approach to H∞
control of a class of infinite dimensional systems. Numerical steps involved in the …

This paper is concerned with the mixed H 2/H∞ control with linear continuous time system
and time delay. To deal with this, we presents a Stackelberg strategy by treating the control …

The control of systems with input delays is by now recognized to be a finite dimensional
problem to be solved within standard framework provided a transform due to Artstein is …