Home > Information Control Problems in Manufacturing > 12th IFAC Symposium on Information Control Problems in Manufacturing, 2006 > A framework for validation of reconfigurable manufacturing systems
A framework for validation of reconfigurable manufacturing systems
Information Control Problems in Manufacturing, Volume # 12 | Part# 1
Location: Ecole des Mines, Saint Etienne, France
National Organizing Committee Chair: Alexandre Dolgui,
Xavier Boucher
International Program Committee Chair: Gerard Morel,
Shimon Y. Nof,
Timothy L. Johnson
Conference Editor: Alexandre Dolgui,
Gérard Morel,
Carlos Pereira
Authors
Andrei Lobov; Corina Popescu; Jose L. Martinez Lastra
Digital Object Identifier (DOI)
10.3182/20060517-3-FR-2903.00275
Page Numbers:
529-534
Index Terms
validation,reconfigurable manufacturing system (RMS)
Abstract
Reconfigurable Manufacturing Systems prompt for improvement of validation methods. Validation methods should provide ease of adaptation to the changes in system functionality caused by reconfiguration. We describe a framework of tools that may assist in the validation of RMS. We utilize closed loop formal modelling aiming to save the time spent on developing test cases and running exhaustive tests to prove system correctness.
References
[1] Mehrabi, M.G., A.G. Ulsoy and Y. Koren (2000).
Reconfigurable Manufacturing Systems: Key
Future Manufacturing. Journal of Intelligent
Manufacturing, 11, 403-419.
[2] Martinez Lastra, J.L. (2004). Reference Mechatronic
Architecture for Actor-based Assembly Systems,
TTY-PAINO, Tampere.
[3] Frey, G. and L. Litz (2000). Formal methods in PLC
programming. In Proceedings of IEEE
Conference on System Man Cybernetics, pp.
2431-2436. Nashville.
[4] Lobov, A., J. L. Martinez Lastra, R. Tuokko and V.
Vyatkin (2003). Modelling Visual Flowchart
Control Programs using Net Condition/Event
Systems Formalism in Distribited Environments.
In Proceeding of IEEE International Conference
on Emerging Technologies and Factory
Automation, pp. 329-336. Lisbon, Portugal.
[5] Lobov, A., J.L. Martinez Lastra and R. Tuokko
(2005). Application of UML in Plant modeling
for model-based verification: UML translation to
TNCES. In Proceeding of IEEE conference on
Industrial Informatics, pp. 495-501. Catania,
Italy.
[6] Rausch, M. and H.-M Hanisch (1995). Net
condition/event systems with multiple condition
outputs. In Proceedings of the Symposium on
Emerging Technologies and Factory
Automation, pp. 3069-3094. Paris, France.
[7] Hanisch, H.-M., J. Thieme, A. Luder and A.
Wienhold (1997). Modeling of PLC Behavior by
Means of Timed Net Condition/Event Systems.
In Proceedings of 6th International Conference
on Emerging Technologies and Factory
Automation, pp. 391-396. Los Angeles, USA.
[8] OMG (2005), Unified Modeling Language,
http://www.uml.org
[9] Vyatkin V., H.-M. Hanisch, and T. Pfeiffer (2003).
Object-oriented modular typed formalism for
systematic modeling of automation systems. In
Proceedings of 1st IEEE Conference on
Industrial Informatics, pp. 224-232. Banff,
Canada.
[10] Starke, P., and S. Roch (2002). Analysing signal-event
systems, Technical report, Humboldt
Universitat zu Berlin, Institut für Informatik,
Berlin.
