A new automatic procedure for robust QFT design is proposed. This procedure is applied in a case of high precision speed control of an infrared interferometer for spatial applications, a system that presents uncertainties and nonlinearities with strong design requirements. The presented technique leads to design a low complexity compensator with reduced computational effort.
An Automatic Procedure for the QFT Control Design of a Mirror Interferometer / M. Basso; A. De Angeli; R. Genesio; M. Galanti. - STAMPA. - III:(1993), pp. 1668-1672. (Intervento presentato al convegno European Control Conference tenutosi a Groningen, NL nel 1993).
An Automatic Procedure for the QFT Control Design of a Mirror Interferometer
BASSO, MICHELE;GENESIO, ROBERTO;
1993
Abstract
A new automatic procedure for robust QFT design is proposed. This procedure is applied in a case of high precision speed control of an infrared interferometer for spatial applications, a system that presents uncertainties and nonlinearities with strong design requirements. The presented technique leads to design a low complexity compensator with reduced computational effort.
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