Finite-Frequency Identification: Test Frequency Bounds

Authors:
A. G. Aleksandrov
Affiliations:
Moscow Institute of Steel and Alloys (University of Technology), Moscow, Russia
Venue:
Automation and Remote Control
Year:
2001

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Abstract

A test harmonic signal underlies the finite-frequency identification method. It not easy to specify its frequencies, because they must be chosen in the range of eigenfrequencies determined by the coefficients of the identified object. A method of determining the eigenfrequency bounds for the identified object is developed.