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Mazur Zygmunt, Obrzud Jacek
Obiektowe modelowanie przepływów produkcji
Object Modelling of Production Flows
Zeszyty Naukowe / Polskie Towarzystwo Ekonomiczne, 2005, nr 3, s. 221-242, bibliogr. 17 poz.
Produkcja, Modelowanie systemowe, Symulacje komputerowe
Production, System modeling, Computing simulation
Przedstawiono model symulacyjny pozwalający na ustalenie najkorzystniejszych parametrów realizacji danego programu produkcyjnego. Wykazano przydatność modelowania symulacyjnego (opartego na technologii obiektowej) do sterowania przepływami produkcji w gniazdach wieloprzedmiotowych.

The objective of the paper was to develop a model of a multi-object cluster based on object methodology, which allows making changes to input parameters (within a certain range) without the need for redesigning the cluster structure. Once the cluster has been designed, it should accept changes to specific parameters without exerting an adverse impact on the cluster structure stability. The presented concept is based on the far-fetched generalization of the conceptual pattern, which would not be possible in the case of adopting other than an object-based approach. The implementation of this concept required the identification of class and object attributes, and assigning operations to them. The development of the functioning model also requires identifying common operations and attributes which have been assigned to a given utility. The model may be applied in solving practical problems related to production organization and management. Research problems to be solved by means of simulation include: 1) determining the most suitable parameters for the implementation of a given programme of (placing, executing) orders; 2) checking change elasticity boundaries of the input status; 3) determining the most appropriate structure for redesigning the manufacturing system; 4) determining the most appropriate organization of production space of the restructured system. (original abstract)
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  1. Adiga S., Glassey C.R., Object-oriented Simulation to Support Research in Manufacturing Systems, „International Journal of Production Research” 1991, vol. 29(12).
  2. Banaszak Z., Drzazga A., Kuś J., Metody interakcyjnego modelowania i programowania procesów dyskretnych, Oficyna Wydawnicza Politechniki Wrocławskiej, Wrocław 1993.
  3. Bryan O.F. Jr., MODSIM II - An Object-oriented Simulation Language for Sequential and Parallel Processors [w:] Proceedings of the 1989 Winter Simulation Conference, pod red. E.A. Mac-Naira, K.J. Musselmana, P. Heidelbergera, IEEE, Piscataway, NJ 1989.
  4. De Meter E.C., Deisenroth M.P., A Model Specification Framework for Multi-stage, Manufacturing System Design, „Simulation” 1991, vol. 56(6).
  5. Drolet J.R., Moodie C.L., Montreuil В., Object-oriented Simulation with Smalltalk-80: A Case Study [w:] Proceedings of the 1991 Winter Simulation Conference, pod red. B.L. Nelsona, W.D. Keltona, G.M. Clarka, IEEE, Piscataway, NJ 1991.
  6. Guo D., Norrie D.H., Fauvel O.R., Object-oriented Flexible Manufacturing System Simulation [w:] Proceedings of the 1990 Summer Simulation Conference, pod red. B. Svrceka, J. McRae'a, Society for Computer Simulation, San Diego, С А 1990.
  7. Johnson M.E., An Intelligent Simulation Environment for Manufacturing Systems Analysis [w:] Proceedings of the 1990 International Industrial Engineering Conference, IIE, Norcross, G A 1990.
  8. Johnson R.E., Foote В., Designing Reusable Classes, „Journal of Object-Oriented Programming” 1998, June/July.
  9. Law A.M., Simulation Software for Manufacturing Applications, „Industrial Engineering” 1990, vol. 22(7).
  10. Mazur Z., Formowanie przepływów logistycznych w komórkach produkcji wieloprzedmiotowej, Kraków 2001.
  11. Mize J.H., Bhuskute H.C., Pratt D.В., Kamath M., Modeling of Integrated Manufacturing Systems Using an Object-oriented Approach, „IIE Transactions" 1992, vol. 24(3).
  12. Narayanan S., Bodner D.A., Mitchell C.M., McGinnis L.F., Govindaraj T., Platzman L.K., Object-oriented Simulation to Support Modeling and Control of Automated Manufacturing Systems [w:] Proceedings of the 1992 Western Multiconference, Society for Computer Simulation, San Diego, С А 1992.
  13. Obrzud J., Modelowanie przepływów produkcyjnych w gniazdach wieloprzedmiotowych, Praca doktorska, Wydział Zarządzania AGH, Kraków 2003.
  14. Thomasma T., Ulgen O.M., Hierarchical, Modular Simulation Modeling in Icon-based Simulation Program Generators for Manufacturing [w:] Proceedings of the 1988 Winter Simulation Conference, pod red. M.A. Abramsa, P.L. Haigha, J.C. Comforta, IEEE, Piscataway, NJ 1988.
  15. Vanderbrook R., Sauter J. А., A Case Study: Integrated Methods and Tools for Optimization [w:] CIM Implementation Guide, 3rd ed., pod red. L. Bertaina, Society of Manufacturing Engineers, Dearborn, MI 1991.
  16. Wu В., Object-oriented Systems Analysis and Definition of Manufacturing Operations, „International Journal of Production Research” 1995, vol. 33(4).
  17. Zeigler B.P., Object-oriented Modeling and Discrete-event Simulation, „Advances in Computers” 1991, vol. 33.
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