The identification of dynamical systems on the basis of data, measured under closed-loop
experimental conditions, is a problem which is highly relevant in many (industrial) …

The continuous‐and discrete‐time H∞ control problems are solved via elementary
manipulations on linear matrix inequalities (LMI). Two interesting new features emerge …

The design of an H/sub/spl infin controller for a thyristor controlled series VAr compensator
to enhance the dam** of an inter-area oscillations in a large power system is presented …

When subjected to long‐period ground motions, high‐rise buildings' upper floors undergo
large responses. Furniture and nonstructural components are susceptible to significant …

Fast tool servo (FTS) is an effective technique for the generation of complicated surfaces in
modern precision manufacture industry. In this paper, a novel three-degree-of-freedom (3 …

The continuous-and discrete-time H/sub/spl infin//control problems are solved via
elementary manipulations on linear matrix inequalities (LMI). Two interesting new features …

Designing a controller for a magnetically stabilized rotor that experiences non negligible
gyroscopic moments requires careful attention on the rotordynamic behavior, the design of …

Recently introduced methods of iterative identification and control design are directed
towards the design of high performing and robust control systems. These methods show the …

This paper considers the gauge control problem in tandem cold rolling. A robust
multivariable solution is proposed via the H/sup/spl infin//loop sha** method of McFarlane …

This paper deals with the robust steering control problem for heavy-duty vehicles (HDV) in
automated highway system (AHS) using a H/sub/spl infin//loop sha** design procedure. In …