Feedforward control can enhance the performances in the control and regulation of dynamic systems. With this aim, a new inversion formula to solve the stable input-output inversion problem is presented for multivariable nonminimum-phase linear systems. It is based on the computation of the system transfer function inverse and the splitting of the zero dynamics transfer function into stable and unstable parts. Differently from the known alternative state-space methods, the presented approach is applicable to systems that cannot be input-output decoupled by state feedback.

Stable input-output inversion for nondecoupable nonminimum-phase linear systems / Kavaja, Juxhino; Minari, Andrea; Piazzi, Aurelio. - ELETTRONICO. - (2018), pp. 2855-2860. ((Intervento presentato al convegno 2018 European Control Conference (ECC) tenutosi a Limassol, Cyprus nel June 12-15, 2018.

Stable input-output inversion for nondecoupable nonminimum-phase linear systems

Juxhino Kavaja;Andrea Minari;Aurelio Piazzi
2018

Abstract

Feedforward control can enhance the performances in the control and regulation of dynamic systems. With this aim, a new inversion formula to solve the stable input-output inversion problem is presented for multivariable nonminimum-phase linear systems. It is based on the computation of the system transfer function inverse and the splitting of the zero dynamics transfer function into stable and unstable parts. Differently from the known alternative state-space methods, the presented approach is applicable to systems that cannot be input-output decoupled by state feedback.
978-3-9524-2699-9
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/11381/2851472
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