Publication result detail

System Identification Using Orthonormal Bases

VÁCLAVEK, P.; VAVŘÍN, P.

Original Title

System Identification Using Orthonormal Bases

English Title

System Identification Using Orthonormal Bases

Type

Paper in proceedings (conference paper)

Original Abstract

A number of various algorithms were designed for control in feedback systems. The success of the control design depends not only on the type of controller but also on the choice of its parameters (tuning). Therefore it is necessary to know the static and dynamic properties of the controlled system. At the Technical University of Brno a simple identification method based on orthonormal bases suitable for stable SISO systems without zeros is being developed.

English abstract

A number of various algorithms were designed for control in feedback systems. The success of the control design depends not only on the type of controller but also on the choice of its parameters (tuning). Therefore it is necessary to know the static and dynamic properties of the controlled system. At the Technical University of Brno a simple identification method based on orthonormal bases suitable for stable SISO systems without zeros is being developed.

Keywords

identification, orthonormal bases, relay feedback, frequency response

Key words in English

identification, orthonormal bases, relay feedback, frequency response

Authors

VÁCLAVEK, P.; VAVŘÍN, P.

Released

01.01.1999

Publisher

DAAAM International

Location

Vídeň

ISBN

3-901509-10-0

Book

Proceedings of the 10th International DAAAM Symposium Intelligent Manufacturing and Automation

Pages from

563

Pages to

564

Pages count

2

BibTex

@inproceedings{BUT2893,
  author="Pavel {Václavek} and Petr {Vavřín}",
  title="System Identification Using Orthonormal Bases",
  booktitle="Proceedings of the 10th International DAAAM Symposium Intelligent Manufacturing and Automation",
  year="1999",
  number="1",
  pages="563--564",
  publisher="DAAAM International",
  address="Vídeň",
  isbn="3-901509-10-0"
}