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Table des matières - Gilles Daniel

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Introduction à la modélisation et à la simulation d'événements discrets. 59<br />

[DUB 01] DUBOZ R. RAMAT E., PREUX P., “Towards a coupling of continuous and discrete<br />

formalism in ecological modelling : influences of the choice of algorithms on results”,<br />

ESS’01, Marseille (France), p. 481–487, 2001.<br />

[DUB 03] DUBOZ R., RAMAT E., “Towards the simulation of scale transfert in ecological modelling<br />

using computational emergence : Parametrization of classical population model with reactive<br />

agent model”, Systems Analysis Modelling Simulation, Vol. 43, No. 6, p. 793-814, 2003.<br />

[ECU 98] L’ECUYER P., “Random Number Generation”, Chapter 4 de BANKS J. ed. Handbook<br />

on Simulation, Wiley, p. 93–137, 1998.<br />

[ECU 02] L’ECUYER P., SIMARD R., CHEN E. J., KELTON W. D., “An Objected-Oriented Random-<br />

Number Package with Many Long Streams and Substreams”, Operations Research, 50-6, p.<br />

1073–1075, 2002..<br />

[FIL 02] FILIPPI J. B., BERNARDI F., DELHOM M., “The JDEVS environmental modeling and<br />

simulation environment”, Proceedings of the the IEMSS 2002 conference on Integrated<br />

Assessment and Decision Support, vol 3, p. 283-288, 2002.<br />

[FIS 93] FISHWICK P. A., “A Simulation Environment for Multimodeling”, Discrete Event<br />

Dynamic Systems : Theory and Applications 3, p. 151-171, 1993.<br />

[FIS 95] FISHWICK P. A., Simulation Model Design and Execution : Building Digital Worlds,<br />

Prentice Hall, 1995.<br />

[GIA 00] GIAMBIASI N., ESCUDE B., GHOSH S., “GDEVS : A generalized Discrete Event<br />

specification for accurate modeling of dynamic systems”, Transactions of SCS, Vol. 17 No.<br />

3, p. 120-134, 2000.<br />

[GRI 99] GRIMM V., “Ten years of individual-based modelling in ecology: what we have learned<br />

and what could we learn in the futur”, Ecological Modelling, vol 115, p. 129-148, 1999.<br />

[JAC 02] JACQUES C., WAINER G. A., “Using the CD++ DEVS Tookit to Develop Petri Nets”,<br />

SCS Conference, 2002.<br />

[JEF 85] JEFFERSON D. R., “Virtual time”, ACM Transactions on Programming Languages and<br />

Sytems, vol 7(3), p. 404–425, 1985.<br />

[KIM 98] KIM Y. J., KIM T. G., “A heterogeneous simulation framework based on the DEVS bus<br />

and the high level architecture”, Proceedings of the 1998 Winter Simulation<br />

Conference,pages 421-428, 1998.<br />

[KOF 01] KOFMAN E., LEE J. S. , ZEIGLER B., “DEVS Representation of Differential Equation<br />

Systems: Review of Recent Advances”, DEVS Workshop, European Simulation Conference,<br />

Marseille, 2001.<br />

[LAM 78] LAMPORT L., “Time, clocks and the ordering of events in a distributed system”,<br />

Communications of the Association of the Computing Machinery, 21(7), p. 558-565, 1978.<br />

[LEG 97] LEGAY J. M., L’expérience et le modèle. Un discours sur la méthode, INRA, 1997.<br />

[LEM 77] LE MOIGNE J. L., La théorie du système général - Théorie de la modélisation, Presses<br />

Universitaires de France, 1977.

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