Title :
Engineering knowledge-based condition analyzers for on-board intelligent fault classification: A case study
Author :
Brignone, C. ; De Ambrosi, C. ; de Luca, M. ; Narteni, F. ; Tacchella, Armando ; Verstichel, Stijn ; Villa, G.
Author_Institution :
Bombardier Transp. Italy S.p.A., Vado Ligure
Abstract :
In this paper we describe the design of a knowledge-based condition analyzer that performs on-board intelligent fault classification. The system is designed to be deployed as a prototype on E414 locomotives, a series of downgraded highspeed vehicles that are currently employed in standard passenger service. Our goal is to satisfy the requirements of a development scenario in the Integrail project for a condition analyzer that leverages an ontology-based description of some critical E414 subsystems in order to classify faults considering mission and safety related aspects.
Keywords :
condition monitoring; engineering computing; fault diagnosis; locomotives; ontologies (artificial intelligence); railway engineering; E414 locomotives; Integrail project; condition analyzers; engineering knowledge; on-board intelligent fault classification; ontology; railway transportation; Artificial Intelligence; Fault Classification; Reasoning about Knowledge; Software Engineering;
Conference_Titel :
Railway Condition Monitoring, 2008 4th IET International Conference on
Conference_Location :
Derby
Print_ISBN :
978-0-86341-927-0