Training guidelines for neural networks to estimate stability regions

 

Autor(es):
Ferreira, Enrique ; Krogh, Bruce
Tipo:
Preprint
Versión:
Enviado
Resumen:

This paper presents new results on the use of neural networks to estimate stability regions for autonomous nonlinear systems. In contrast to model-based analytical methods, this approach uses empirical data from the system to train the neural network. A method is developed to generate confidence intervals for the regions identified by the trained neural network. The neural network results are compared with estimates obtained by previously proposed methods for a standard two-dimensional example.

Año:
1999
Idioma:
Inglés
Temas:
Neural networks
Power system stability
State estimation
Linear systems
Chemical reactors
Nonlinear systems
Institución:
Universidad de la República
Repositorio:
COLIBRI
Enlace(s):
https://hdl.handle.net/20.500.12008/20778
Nivel de acceso:
Acceso abierto