Publication :


Title:

Knowledge-based system for aircraft electrical power system reconfiguration

Authors: X. Giraud, H. Piquet, M. Budinger, X. Roboam, M. Sartor and S. Vial
Year: octobre 2012
Proceedings de : 2nd International Conference on Electrical Systems for Aircraft Railway And Ship Propulsion 2012 (ESARS 2012) - Bologne.


Abstract:
Aircraft electrical power system (EPS), in charge of supplying power to aircraft electric systems, needs a reconfiguration capability in order to overcome cases of EPS component failures. During the design phase, EPS reconfiguration elicitation is a complex task due to the high number of failure combinations and to the aeronautical operational constraints, which are to be taken into account. Therefore a knowledge-based system is developed in order to help designers for such a task. It is based on the implementation of two different types of rules: mandatory and know-how rules. EPS connectivity is managed by graph-theory algorithms. The knowledge-based system is capable of producing several reconfiguration solutions. The knowledge-based system functioning is illustrated in detail on a simplified EPS. Results on an actual and modern EPS are also presented.

Bibtex citation :
@INPROCEEDINGS{Giraud2012,
Author={Giraud, X. and Piquet, H. and Budinger, M. and Roboam, X. and Sartor, M. and Vial, S.},
Title={Knowledge-based system for aircraft electrical power system reconfiguration},
Booktitle={2nd International Conference on Electrical Systems for Aircraft Railway And Ship Propulsion 2012 (ESARS 2012) - Bologne},
Pages={},
Year={2012}}


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