Wainer, Gabriel - Department of Systems and Computer Engineering, Carleton University

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Wainer, Gabriel - Department of Systems and Computer Engineering, Carleton University

This work was partially supported by the UBACYT research project TX004, ``Concurrency in distributed systems''. AVOIDING SERIALIZATION IN TIMED CELLDEVS
Timed Cell-DEVS: modelling and simulation of cell spaces
Using the CD++ DEVS Tookit to Develop Petri Nets Christian J.D. Jacques
Departamento de Computacin Facultad de Ciencias Exactas y Naturales
Proceedings of the 2001 Winter Simulation Conference B. A. Peters, J. S. Smith, D. J. Medeiros, and M. W. Rohrer, eds.
EXPERIENCES IN MODELING AND SIMULATION OF COMPUTER ARCHITECTURES IN DEVS
This work was partially supported by USENIX, ANPCYT Project 11-04460 and
This work was partially supported by ANPCYT research project 11-04460 (Argentina) and NSERC (Canada).
Departamento de Computacin Facultad de Ciencias Exactas y Naturales
CELLDEVS MODELS WITH TRANSPORT AND INERTIAL DELAYS Gabriel A. Wainer *
This work was partially supported by ANPCYT Project 11-04460 and UBACYT Project JW10.
Implementacin de un entorno para estudios comparativos de simulacin paralela y distribuida
22 SIMULATION JANUARY 2001 TECHNICAL ARTICLE
This work was partially supported by ANPCYT Project 11-04460 and UBACYT Project JW10.
Aplicacin del paradigma CellDEVS binario con tiempo para modelado y simulacin de sistemas
COMPARING SIMULATION METHODS FOR FIRE SPREADING ACROSS A FUEL BED
Automatic verification of DEVS models Gabriel Wainer
AN ENVIRONMENT FOR CELLULAR DEVS MODEL SIMULATION Gabriel A. Wainer *
Received: November 1999; Revised: January 2000; Accepted: February 2000 TRANSACTIONS of The Society for Computer Simulation International
Departamento de Computacin Facultad de Ciencias Exactas y Naturales
Definition of Real-Time Simulation in the CD++ Toolkit Ezequiel Glinsky
This work was partially supported by the UBACYT research project TX004, ``Concurrency in distributed systems''. NEW EXTENSIONS TO THE CD++ TOOL
A Flow Injection Model Using Cell-DEVS Alejandro Troccoli
DEFINING DEVS MODELS WITH THE CD++ TOOLKIT Gabriel Wainer
PERFORMANCE ANALYSIS OF DEVS ENVIRONMENTS Ezequiel Glinsky
This work was partially supported by ANPCYT Project 11-04460 and UBACYT Project JW10.
This work was partially supported by ANPCYT Project 11-04460 and UBACYT Project JW10.
This work was partially supported by ANPCYT Project 11-04460 and UBACYT Project JW10.