This paper reviews the static output feedback problem in the control of linear, time-invariant
(LTI) systems. It includes analytical and computational methods and presents in a unified …

The authors present linear matrix inequality (LMI) conditions for output feedback control
problems. The results are based on sufficient conditions because they are dependent on the …

In this thesis we study the control problem of linear parameter varying (LPV) systems using
LPV controllers. The LPV plants are finite-dimensional linear systems with known, parameter …

This paper addresses the problem of optimal H/sub 2/control by output feedback. Necessary
and sufficient conditions on the existence of a linear stabilizing output feedback gain are …

We present a discrete-time adaptive control law for stabilization, command-following, and
disturbance rejection that is effective for systems that are unstable, multi-input/multi-output …

This article addresses the problem of robust stabilization of uncertain linear systems by static
state-and output-feedback control laws. The uncertainty is supposed to belong to a polytope …

An LMI approach to robust multimodel controller designis proposed. The fast output
sampling control law considered here allows in theory to realize the effect of a robust state …

There is an increasing trend to apply integrated mechatronic design approaches in precision
engineering to synthesize key mechanical and controller parameters simultaneously …

A linear-matrix-inequality-based (LMI-based) algorithm is developed to stabilize polytopic
systems via static output feedback. The algorithm is termed non-iterative in LMI solutions …

This note proposes a systematic approach for the static output feedback control design for
discrete time linear systems. It is shown that if the open loop system satisfies some particular …