We a good story
Quick delivery in the UK

Switch Observability for Differential-Algebraic Systems.

- Analysis, Observer Design and Application to Power Networks.

About Switch Observability for Differential-Algebraic Systems.

Switch observability is a new observability concept for switched systems with unknown switching signals that is useful in the context of fault detection and identification. This notion, as well as the related concepts of switching signal observability and switching time observability, are investigated and fully characterized both for switched ODEs and switched DAEs. Switch observability is particularly useful in the context of fault detection and identification.A corresponding observer is designed. Also, the new concepts are applied to some power network example in order to highlight their use.

Show more
  • Language:
  • English
  • ISBN:
  • 9783839613740
  • Binding:
  • Paperback
  • Pages:
  • 215
  • Published:
  • August 19, 2018
  • Dimensions:
  • 210x148x12 mm.
Delivery: 1-2 weeks
Expected delivery: December 12, 2024

Description of Switch Observability for Differential-Algebraic Systems.

Switch observability is a new observability concept for switched systems with unknown switching signals that is useful in the context of fault detection and identification. This notion, as well as the related concepts of switching signal observability and switching time observability, are investigated and fully characterized both for switched ODEs and switched DAEs. Switch observability is particularly useful in the context of fault detection and identification.A corresponding observer is designed. Also, the new concepts are applied to some power network example in order to highlight their use.

User ratings of Switch Observability for Differential-Algebraic Systems.



Find similar books
The book Switch Observability for Differential-Algebraic Systems. can be found in the following categories:

Join thousands of book lovers

Sign up to our newsletter and receive discounts and inspiration for your next reading experience.