Add to ORKGA mixed H-2/H-infinity output-feedback control design methodology for vibration reduction of base-isolated building structures modelled in the form of second-order linear systems is presented. Sufficient conditions for the design of a desired control are given in terms of linear matrix inequalities. A controller that guarantees asymptotic stability and a mixed H-2/H-infinity performance for the closed-loop system of the structure is developed, based on a Lyapunov function. The performance of the controller is evaluated by means of simulations in MATLAB/Simulink
Control algorithms were presented for vibration control of structures excited by environmental loads...
Recent results in output-feedback controller design make possible an efficient computation of static...
In this paper, we present an effective computational strategy to design high-performance decentraliz...
Published post-print of an article in the journal: Proceedings of the Institution of Mechanical Eng...
In this paper we address the problem of vibration reduction of buildings with delayed measurements, ...
This study investigates the use of H2, mu-synthesis, and mixed H2/mu methods to construct full order...
Published version of a paper presented at the American Control Conference (ACC), 2010. (c) 2010 IEEE...
This paper presents a novel controller design strategy, which allows computing static output-feedbac...
Distributed control systems for vibration control of large structures involve a large number of actu...
In this paper, a new strategy to design semi-decentralized output feedback H-infinity controllers fo...
In this paper, we present a novel two-step strategy for static output-feedback controller design. In...
A general feedback control approach has been developed to reduce the amplitude of high-frequency str...
This paper presents a new H? control design approach of mixed eigenstructure assignment and H? filte...
In this paper, we address this problem through the design of a semiactive controller based on the mi...
Seismic isolation systems are essentially designed to preserve structural safety, prevent occupants ...
Control algorithms were presented for vibration control of structures excited by environmental loads...
Recent results in output-feedback controller design make possible an efficient computation of static...
In this paper, we present an effective computational strategy to design high-performance decentraliz...
Published post-print of an article in the journal: Proceedings of the Institution of Mechanical Eng...
In this paper we address the problem of vibration reduction of buildings with delayed measurements, ...
This study investigates the use of H2, mu-synthesis, and mixed H2/mu methods to construct full order...
Published version of a paper presented at the American Control Conference (ACC), 2010. (c) 2010 IEEE...
This paper presents a novel controller design strategy, which allows computing static output-feedbac...
Distributed control systems for vibration control of large structures involve a large number of actu...
In this paper, a new strategy to design semi-decentralized output feedback H-infinity controllers fo...
In this paper, we present a novel two-step strategy for static output-feedback controller design. In...
A general feedback control approach has been developed to reduce the amplitude of high-frequency str...
This paper presents a new H? control design approach of mixed eigenstructure assignment and H? filte...
In this paper, we address this problem through the design of a semiactive controller based on the mi...
Seismic isolation systems are essentially designed to preserve structural safety, prevent occupants ...
Control algorithms were presented for vibration control of structures excited by environmental loads...
Recent results in output-feedback controller design make possible an efficient computation of static...
In this paper, we present an effective computational strategy to design high-performance decentraliz...