A discussion of robust control and filtering for time-delay systems. It provides information on
approaches to stability, stabilization, control design, and filtering aspects of electronic and …

Most practical processes such as chemical reactor, industrial furnace, heat exchanger, etc.,
are nonlinear stochastic systems, which makes their con trol in general a hard problem …

A stabilization theory which employs well-established finite-dimensional control system tools
is developed for the stabilization of linear autonomous time lag systems. The main ideas …

In this note, a memoryless H/sup/spl infin//controller for the state delayed system is
presented. The controller is a delay independent stabilizer for the state delayed system …

Focuses on the design of H/sub/spl infin//memoryless state feedback controllers satisfying
some/spl alpha/-stability constraints on the closed-loop poles for a class of linear systems …

This paper considers the H/spl infin/-controller design problem for linear systems with time-
varying delays in states. The authors obtain sufficient conditions for the existence of H/spl …

The problem of stabilizing linear dynamical time-delay systems subject to bounded
uncertainties is investigated. Two memoryless feedback controllers are considered. It is …

This paper presents several sufficient conditions, delay-independent or delay-dependent,
that guarantee the robust stability of uncertain time-delay systems subjected to parametric …

The problem of constructing discontinuity surfaces in variable structure systems is studied
from a Lyapunov point of view. A switching surface determined by the control coefficient …

A simple method is proposed for stabilizing linear systems with delayed state, using linear
feedback. The method requires checking the negativity of a matrix containing two free …