A functional modeling approach for mode handling of flexible manufacturing systems
Information Control Problems in Manufacturing, Volume # 12 | Part# 1
Authors
Nadia Hamani; Nathalie Dangoumau; Etienne Craye
Digital Object Identifier (DOI)
10.3182/20060517-3-FR-2903.00152
Page Numbers:
275-280
Index Terms
flexible manufacturing systems,control system,supervision,mode handling,functional and behavioral modeling
Abstract
A new modeling approach for mode handling of Flexible Manufacturing Systems (FMS) is presented in this paper. At first the basic concepts of this modeling approach are introduced. Then the modeling steps of the FMS functional model are presented and illustrated through an example of a flexible manufacturing cell. The proposed method is modular, hierarchical and supports re-use concept. The established model is generic and well adapted to our control system context. Integration within this control system in particular within the supervision framework, is studied in the last paragraph.
References
[1] Amar S., E. Craye and J.-C. Gentina (1992). Une
méthode hiérarchique de spécification et de
prototypage des systèmes de production
flexibles. In: Automatique Productique
Informatique industrielle, Vol. 26, No. 5-6,
pp. 483-514.
[2] André C. (2003). Semantics of SSM (Safe State
Machines), Guyancourt, France.
[3] Berruet P., A.K.A. Toguyéni, and E. Craye. (2000).
Towards implementation of recovery procedures
for FMS supervision. In: Computers in industry,
Vol. 43, pp. 227-236.
[4] Cruette D., J.-P. Bourey and J.-C. Gentina. (1991).
Hierarchical specification and validation of
operating sequences in the context of FMS. In:
Computer integrated manufacturing systems,
Vol. 4, no. 3, pp. 140-156.
[5] Hamani N., N. Dangoumau and E. Craye. (2005). A
comparative study of Mode Handling
approaches. In: Proceedings of the 35th
International Conference on Computers &
Industrial Engineering (CIE 05), Istanbul,
Turkey.
[6] Hamani N. (2005). Contribution to formal
specification and verification for Automated
Production Systems mode handling. PhD thesis
Ecole Centrale de Lille, France. [in French]
[7] Harel D. (1985). On the development of reactive
systems. In: Proceedings NATO Advanced
Study Institute on Logics and Models for
Verification and Specification of Concurrent
Systems. NATO ASI series F, Vol. 13, pp. 477-
498.
[8] Ndiaye D., M. Bigand, D. Corbeel and J.-P. Bourey
(2002). Information system for production
engineering: contribution to maintaining
consistency of composite data using an object
oriented approach. In: International journal of
computer integrated manufacturing, Vol. 15,
no. 3, pp. 233-241.
[9] Ranky P. (1990). Flexible manufacturing cells and
systems in CIM, CIM ware Ltd., Guildford, U.K.
[10] Tawegoum R., E. Castelain and J.-C. Gentina (1994).
Real time piloting of flexible manufacturing
systems, In: European journal of operational
research, Vol. 78, pp. 252-261.
[11] Toguyéni A.K.A., P. Berruet and E. Craye (2003).
Models and algorithms for failure diagnosis and
recovery in Flexible Manufacturing Systems. In:
International journal of flexible manufacturing
systems, Vol. 15, no. 1, pp. 57-85.
