Title :
Identification of simple elements in Max-Algebra: Application to SISO discrete event systems modelisation
Author :
Gallot, F. ; Boimond, J.L. ; Hardouin, L.
Author_Institution :
L.I.S.A., Angers, France
Abstract :
We propose to modelise the time behaviour of SISO discrete-event systems linear in Max-algebra. The method is inspired from the conventional linear system theory: from the impulse response, the model is obtained by using a decomposition of the system into a sum of first order sub-systems. From an ARMA form, we compute the parameters of the model by using both results of residuation theory to minimise an error criterion and decomposition of periodic series.
Keywords :
discrete event systems; identification; linear systems; process algebra; ARMA form; Max-algebra; SISO discrete event systems; error criterion minimisation; impulse response; linear system theory; periodic series decomposition; residuation theory; simple element identification; sum of first order subsystems; Computational modeling; Finite element analysis; Linear systems; Mathematical model; Measurement uncertainty; Q measurement; Transient analysis; Discrete-event systems; Identification; Max-algebra; Modelling;
Conference_Titel :
Control Conference (ECC), 1997 European
Conference_Location :
Brussels
Print_ISBN :
978-3-9524269-0-6