Laboratoire d’Analyse et d’Architecture des Systèmes
C.G.LOPEZ-VARELA, A.SUBIAS, M.COMBACAU
DISCO
Rapport LAAS N°08690, Janvier 2009, 6p.
Diffusable
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J.KARIM, C.JAUBERTHIE, M.COMBACAU
CERTIA, DISCO
Rapport LAAS N°08696, Janvier 2009, 6p.
Diffusable
115993P.RIBOT, Y.PENCOLE, M.COMBACAU
DISCO
Manifestation avec acte : IEEE International Conference on Pronostics and Health Management (PHM 2008), Denver (USA), 6-9 Octobre 2008, 4p. , N° 08476
Diffusable
116158J.THOMAS, N.AUSSENAC-GILLES, C.CHABAUD, M.COMBACAU, O.DUFFAUT, C.DUMAZEAU, B.JAMMES, H.POULARD, H.RESSENCOURT, A.REYMONET, S.SOLDANI, J.L.SOUBIE, A.SUBIAS, L.TRAVE-MASSUYES
ACTIA, IRIT-UPS, DISCO, MIS
Rapport LAAS N°08477, Septembre 2008, 26p.
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P.RIBOT, Y.PENCOLE, M.COMBACAU
DISCO
Manifestation avec acte : 19th International Workshop on Principles of Diagnosis (DX-08), Blue Mountains (Australie), 22-24 Septembre 2008, pp.347-354 , N° 08395
Diffusable
115520M.DIEVART, X.DESFORGES, P.CHARBONNAUD, B.ARCHIMEDE, M.COMBACAU, Y.PENCOLE, P.RIBOT
ENIT Tarbes, LGP, DISCO
Rapport de Contrat : ARCHISTIC Project n° D06015793, Septembre 2008, 16p. , N° 08394
Non diffusable
114677J.KARIM, C.JAUBERTHIE, M.COMBACAU
DISCO, CERTIA
Manifestation avec acte : 19th International Workshop on Principles of Diagnosis (DX-08), Blue Mountains (Australie), 22-24 Septembre 2008, pp.269-274 , N° 08287
Diffusable
115521P.RIBOT, Y.PENCOLE, M.COMBACAU
DISCO
Manifestation avec acte : 5th Workshop on Advanced Control and Diagnosis (ACD'07), Grenoble (France), 15-16 Novembre 2007, 6p. , N° 07662
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S.SOLDANI, M.COMBACAU, A.SUBIAS, J.THOMAS
DISCO, ACTIA
Manifestation avec acte : 7th IFAC International Conference on Fieldbuses and Networks in Industrial and Embedded Systems (FeT'2007), Toulouse (France), 7-9 Novembre 2007, pp.151-158 , N° 07478
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This paper deals with the diagnosis of behavior functions in the embedded network systems and especially in the automotive systems. It is focused on the localization of intermittent faults in discrete events systems with partial observability. The proposed methods are based on a discrete events model representing the normal functioning of the observable behavior of the monitored system. This model based on Petri nets formalism is built from the design data. The detection step consists of a comparison between the flow of observable events emitted by the monitored system and the flow foreseen by the model. A localization mechanism, based on the diagnoser approach, points out the set of events potentially responsible for the faults. These two mechanisms are designed in order to operate on board, in real time. An example from the automotive domain is presented.
J.KARIM, C.JAUBERTHIE, M.COMBACAU
DISCO
Rapport LAAS N°07529, Octobre 2007
Non diffusable
111560