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Subject: Fwd: [socioGref] ESMc'2003 Preliminary Programme
From: BARRETEAU Olivier (Olivier.Barreteau@montpellier.cemagref.fr)
Date: Mon Sep 29 2003 - 10:16:44 CEST
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>Date: Mon, 29 Sep 2003 08:46:11 +0200
>Subject: [socioGref] ESMc'2003 Preliminary Programme
>Reply-To: socioGref@yahoogroups.com
>
>
> >Subject: ESMc'2003 Preliminary Programme
> >From: eurosis@biomath.ugent.be (none) (EUROSIS - SIM-CENTER - ETI)
> >Date: Sat, 27 Sep 2003 13:05:35 +0200 (CEST)
> >Reply-To: scs@biomath.ugent.be
> >To: annabelle.boutet@montpellier.cemagref.fr
> >X-Mailer: fastmail [version 2.5 PL6]
> >
> >Dear Colleague,
> >
> >Please find enclosed the Preliminary Programme of the ESMc2003 (The European
> >Simulation and Modelling Conference), which will be held in Naples, Italy
> >from
> >October 27-29, 2003.
> >(http://biomath.ugent.be/~eurosis/conf/esmc/esmc2003/index.html)
> >The registration forms for non authors will be online as of tomorrow as
> >will the hotel
> >Information. The preliminary programme will also be posted by Monday.
> >If you need more information just contact me on the address mentioned below.
> >
> >Regards
> >Philippe
> >
> >
> >MODELLING METHODOLOGY
> >
> >SIMULATION LANGUAGES AND MODELS
> >
> >METH-3
> >Extending the capabilities of the SMPL discrete-event simulation language.
> >X. Molero, V. Santonja, I. Torregrosa and J.A. Alegre, Universitat
> >Politčcnica de
> >Valčncia, Valčncia, Spain
> >
> >METH-4
> >On the Use of DOE for Characterization of Javaspaces
> >Hans De Neve, Frederic Hancke, Tom Dhaene, Jan Broeckhove and Frans Arickx,
> >University of Antwerp, Antwerp, Belgium
> >
> >METH-21-VISUAL
> >A Simulation Model for Streaming Applications over a Power Manageable
> >Wireless Link
> >Andrea Acquaviva, Emanuele Lattanzi and Alessandro Bogliolo, ISTI -
> >University of
> >Urbino, Urbino, and Luca Benini, DEIS - University of Bologna, Bologna,
> Italy
> >
> >DISTRIBUTED SIMULATION IN PRODUCTION
> >
> >METH-1-HPC
> >Intelligent Distributed System Supports for Multiple Product Modelling and
> >Simulation
> >A. Zakari, LITA university of Metz, Metz Cedex, France
> >
> >METH-6-HPCN
> >Distributed Modular Simulation of Mechatronic Systems
> >Alfonso Gambuzza and Oliver Oberschelp, University of Paderborn, Paderborn,
> >Germany
> >
> >METH-22
> >A Simulation Study for Assessing the Performance of Manufacturing System of
> >Aerospace Industry
> >Mohd Kamal Mohd Nawawi and Razman Mat Tahar, UniversityUtara Malaysia,
> >Malaysia
> >
> >VALIDATION, ANALYSIS AND EVALUATION
> >
> >METH-7
> >Simulation Software and Mathematical Analysis of Simulation Results
> >Johann Christoph Strelen, Rheinische Friedrich-Wilhelms-Universitat Bonn,
> >Bonn,
> >Germany
> >
> >METH-10-VISUAL
> >Manufacturing Data Validation through Simulation
> >Guodong Shao, Tina Lee and Charles McLean, National Institute of Standards
> >and
> >Technology (NIST), Gaithersburg, USA
> >
> >METH-9-TOOLS
> >Towards Performance Evaluation of Mobile Systems in UML
> >Simonetta Balsamo and Moreno Marzolla, Universit`a Ca' Foscari di Venezia,
> >Mestre
> >(VE), Italy
> >
> >METH-16
> >Simulation of the Behavior a new Model of Reverberating Chamber for the
> >Evaluation of Electromagnetic Compatibility in the Time Domain
> >Nicola Pasquino, University of Naples "Federico II", Naples, Italy
> >
> >SIMULATION IN SERVICES AND MANAGEMENT
> >
> >METH-11
> >A Statecharts Based Methodology for the Simulation of Mobile Agents
> >Giancarlo Fortino and Wilma Russo, University of Calabria, Rende (CS), Italy
> >
> >METH-14
> >Simulating Human Resources in Software Development Processes
> >Thomas Hanne, Fraunhofer Institute for Industrial, and Holger Neu,
> Fraunhofer
> >Institute for Experimental Software Engineering, Kaiserslautern, Germany
> >
> >METH-18
> >Hierarchical Control Flow Graph Modelling of Stocking Policy
> >Behrouz Zarei, Sharif University of Technology, Tehran, Iran
> >
> >METH-23
> >Optimal Recruitment in a Markovian Manpower Planning System
> >S.Ozekici, Koc University, Istanbul, Turkey
> >
> >TOOLS-8
> >Simulation Tool to Analyse Gender Diversity at Workplace
> >Ignacio J. Benítez, José L. Díez, Juan A. Lacort and Pedro Albertos,
> >Polytechnic
> >University of Valencia, and Carlos Candela, University of Valencia,
> >Valencia, Spain
> >
> >
> >OBJECT ORIENTATION AND RE-USE
> >
> >OBJECT-2
> >UML based FMECA in risk analysis
> >J. Guiochet., University Toulouse III And C. Baron, INSA, Toulouse, France
> >
> >OBJECT-1
> >Object-Based Remote Resource Access Framework
> >Marin Lungu, Constantin Pistol and Anita Lungu, University of Craiova,
> >Craiova,
> >Romania
> >
> >OBJECT-3
> >Parameters Space Construction on Base of the Diagnostic Object Models Using
> >the Volterra Series
> >Vitalij Pavlenko and Aleksandr Fomin, Odessa National Polytechnical
> >University,
> >Odessa, Ukraine
> >
> >OBJECT-4
> >Indexer - automatic system for transfer inter-operations of the pieces
> >Mihaela Cosma, Polytechnic University Bucharest, Bucharest, Romania
> >
> >
> >SIMULATION TOOLS
> >
> >SIMULA: 2
> >
> >SIMULA-1
> >Object-Oriented Modularity of SIMULA
> >Jaroslav Sklenar, University of Malta, Msida, Malta
> >
> >SIMULA-2
> >Simulation of FMS including Automated Guided Vehicle
> >Evzen Kindler and Ivan Krivý, Ostrava University Faculty of Sciences,
> >Ostrava,
> >Czech Republic and Philippe Lacomme and Alain Tanguy, LIMOS, Université
> >Blaise
> >Pascal, Aubičre Cedex, France
> >
> >SIMULATION TRANSPORT TOOLS
> >
> >TOOLS-9
> >The "Simulation of Urban Mobility" Package: An Open Source Traffic
> >Simulation
> >Daniel Krajewicz, Markus Hartinger, Georg Hertkorn, Peter Mieth, Christian
> >Roessel,
> >Peter Wagner and Julia Zimmer, German Aerospace Centre, Berlin, Germany
> >
> >TOOLS-11
> >An Approach for Dynamic Supply Chain Modelling
> >J.M. Feliz, University of Porto, Porto, Portugal
> >
> >TOOLS FOR HEATING SIMULATIONS
> >
> >TOOLS-1
> >Simulation of District Heating Systems for evaluation of Real-Time Control
> >Strategies
> >Fredrik Wernstedt, Paul Davidsson and Christian Johansson, Blekinge
> >Institute of
> >Technology, Ronneby, Sweden
> >
> >TOOLS-3
> >SIMREN: A Simulation Tool for Renewable Energy Systems
> >Stefan Herbergs, Harry Lehmann and Stefan Peter, ISUSI, Aachen, Germany
> >
> >TOOLS FOR ROBOTICS SIMULATION
> >
> >TOOLS-2
> >VirtualRobot: An open general-purpose simulation tool for Robotics
> >Martin Mellado, Carlos Correcher, Juan Vicente Catret and David Puig,
> >Universidad
> >Politécnica de Valencia (UPV), Valencia, Spain
> >
> >METH-15
> >Sliding mode control applied to mobile robot: Continuous-time and Discrete-
> >time case
> >M. Hamerlain and T. Alalouche, CDTA, Alger, Algérie
> >
> >SIMULATION TOOLS IN DISTRIBUTED NETWORKS
> >
> >TOOLS-4
> >On Using an Emulative Middleware to Model Wireless Networks Simulation
> >Results and Validation
> >Stefano Cacciaguerra, Marco Roccetti, Vittorio Ghini, Stefano Ferretti,
> >University of
> >Bologna, Bologna, Italy
> >
> >TOOLS-5
> >An XML Based Network Simulation Description Language
> >Roberto Canonico, Donato Emma and Giorgio Ventre , Universitŕ di Napoli
> >Federico
> >II, Naples, Italy
> >
> >TOOLS-6-WEB
> >Extended NAM: An NS2 Compatible Network Topology Editor for Simulation
> >of Web Caching Systems on Large Network Topologies
> >Roberto Canonico, Donato Emma and Giorgio Ventre , Universitŕ di Napoli
> >Federico
> >II, Naples, Italy
> >
> >TOOLS-7
> >A Generic Framework for Performance Tests of Distributed Systems
> >Frederic Hancke, Tom Dhaene, Frans Arickx and Jan Broeckhove, University of
> >Antwerp, Antwerp, Belgium
> >
> >
> >SIMULATION AND AI
> >
> >AI IN ECONOMICS
> >
> >AI-1
> >Observations on Simulation as an Instrument in Knowledge Management
> >Brian W Hollocks, Bournemouth University Business School, Bournemouth,
> United
> >Kingdom
> >
> >AI-4
> >Financial Fragility, Industrial Dynamics and Business Fluctuations in an
> >Agent
> >Based Model
> >Domenico Delli Gatti Corrado Di Guilmi, Mauro Gallegati and Gianfranco
> >Giulioni
> >
> >AI-6
> >Dynamic Weighted Matchings and their Applications in e-commerce
> >S. Karthik, Indian Institute of technology, Madras and Natwar Modani, IBM
> >India,
> >New Dehli, India
> >
> >AGENTS IN THEIR ENVIRONMENT
> >
> >AI-5
> >A Dynamic Environment Simulator
> >Xiangdong An, University of Waterloo, Waterloo and Yang Xiang, University of
> >Guelph, Guelph and Nick Cercone, Dalhousie University, Halifax, Canada
> >
> >AI-3
> >A Simulation of Intelligent Knowledge Based Agents exploring Their
> >Environment
> >Hendrik Renken and Peter Scheideler, University of Paderborn, Paderborn,
> >Germany
> >
> >AI AND EXPERT SYSTEMS
> >
> >EXPERT-1
> >The Development of an Expert System for Troubleshooting Yarn Dyeing
> >R. Shamey and T. Hussain , Heriot-Watt University, Galashiels, United
> Kingdom
> >
> >EXPERT-3
> >An Implementation of DYVELOP Method to Process System Design
> >Z.Miska, Z.Hosakova, J.Dvorakova, J.Urbanek and V.Urbankova, Brno
> >University of
> >Technology and Masaryk's University Brno, Brno, Czech Republic.
> >
> >EXPERT-2-ECOLOGY
> >The CVCA Model; A Cellular Automaton Model of Landscape Ecological
> >Strategies
> >Jack Wileden and Jack Ahern, University of Massachusetts, Amherst, USA and
> >Elisabeta A.Silva, Lisbon Technical University, Lisbon, Portugal
> >
> >
> >AI AND NEURAL NETWORKS
> >
> >NEURO FUZZY MODELLING
> >
> >NEURAL-2
> >Datum Plane's Cover and Membership Functions in Fuzzy Modelling
> >Benmakrouha Farida, INSA - IRISA, Rennes Cedex, France
> >
> >NEURAL-4
> >Design of a Neuro Fuzzy Controller for Nonlinear Systems
> >Ali Ghaffari and Ali Sadighi, K.N.T. University, Tehran,
> >
> >NEURAL-1
> >A Novel Neuro-Fuzzy System for Mobile Reactive Robot Navigation
> >Monaf S. N. Al-Din, Al-Balqa Applied University, Jordan
> >
> >NEURAL-5
> >Time Series Classification Based on Discrete-Space Feature Extraction
> >Zeljko Jagnjic, Nikola Bogunovic, University of Osijek, and Franjo Jovic,
> >University
> >of Zagreb, Croatia
> >
> >NEURAL FUZZY TECHNIQUES WITH EXPERT SYSTEMS
> >
> >NEURAL-3
> >Simulation and Modelling of Concurrency Control Enhancement through an
> >Adaptive Neuro-Fuzzy Inference Expert System
> >Munib Qutaishat, University of Jordan, Amman, Jordan
> >
> >METH-8-NEURAL
> >Machine Learning Fuzzy Method for the Modeling of Experts and Systems
> >P. Otto, Technische Universität Ilmenau, Ilmenau, Germany
> >
> >
> >HIGH PERFORMANCE AND LARGE SCALE COMPUTING
> >
> >DISTRIBUTED HARDWARE SOFTWARE ENVIRONMENTS
> >
> >HPC-3
> >MPI+OpenMP Implementation of Memory Saving Parallel Pic Applications on
> >Hierarchical Distributed Shared Memory Architectures
> >Sergio Briguglio, Giuliana Fogaccia and Gregorio Vlad, Associazione EURATOM-
> >ENEA sulla Fusione,, Frascati, Rome, and Beniamino Di Martino, Second
> >University
> >of Naples, Italy
> >
> >METH-19-HPC
> >Logic Gate Modeling and Simulation using Generalized Discrete Event
> >Specifications: G-DEVS
> >Aziz Namaane, DIAM-IUSPIM, Marseille, France
> >
> >HPC-7
> >Distributed Computing for Electromagnetic Optimal Design
> >M.Cioffi, A.Formisano and R.martone, Seconda Universita di Napoli, Naples,
> >Italy
> >
> >HPC-5
> >Dynamic Problem-Independent Metacomputing Characterization Applied To
> >The Condor System
> >P. Hellinckx, G.Stuer, F. Hancke, D. Dewolfs, F. Arickx, J. Broeckhove
> and T.
> >Dhaene, Antwerp University, Antwerp, Belgium
> >
> >HPC-4-PETRI
> >The HeSSE Simulation Environment
> >N. Mazzocca, M.Rak, R. Torella, DII, Seconda Universitŕ di Napoli, Aversa
> >(CE),
> >and E. Mancini, U. Villano, DI, Universitŕ del Sannio, Benevento, Italy
> >
> >DISTRIBUTED SIMULATION APPLICATIONS
> >
> >HPC-1
> >Model Integrity and Distributed process Interaction Simulation
> >Hans P.M. Veeke, Jaap A. Ottjes, Delft University of Technology, Delft, the
> >Netherlands
> >
> >HPC-2
> >Transparent Distributed Discrete Event Modeling
> >Jaap A.Ottjes and Hans P.M.Veeke, Delft University of Technology, Delft, The
> >Netherlands
> >
> >HPC-6
> >Performance Oriented Allocation in Heterogeneous Distributed Systems
> >Gamal Attiya and Yskandar Hamam, ESIEE, Noisy-Le-Grand, France
> >
> >
> >GRAPHICS VISUALIZATION SIMULATION
> >
> >VISUAL-1
> >Advanced Accident Flight Path Simulation and Innovative Visual Animation
> >Domenico P. Coiro, Agostino De Marco and Paolo Leoncini, University of
> Naples
> >"Federico II", Naples, Italy
> >
> >VISUAL-3
> >Simulated Stroboscopic Illumination for Unsynchronized Motion Dynamics
> >Zhaoyi Li and Renate Sitte, Griffith University, Gold Coast, Australia
> >
> >METH-2-VISUAL
> >Coupling DEM with Digital Images
> >Morched Zeghal, Institute for Research in Construction, Canada
> >
> >METH-5
> >Integration of System Dynamics Models and Geography Information Systems
> >Stefano Mazzoleni, Francesco Giannino, Marco Colandrea and Massimo
> Nicolazzo,
> >Universitŕ di Napoli Federico II, Portici, Italy and Jonathan Massheder,
> >Simulistics
> >Ltd, Edinburgh Technology Transfer Centre, Edinburgh, United Kingdom
> >
> >VIRTUAL REALITY APPLICATIONS
> >
> >VISUAL-2
> >Spline Approximations of Flexible Deformations for Fast Dynamic VR
> >Visualizations
> >Kevin Tatur and Renate Sitte, Griffith University, Gold Coast, Australia
> >
> >AI-2-VISUAL
> >Automatic 3D Object Placement for 3D Scene Generation
> >Yoshiaki Akazawa, Yoshihiro Okada, and Koichi Niijima, Kyushu University,
> >Kasuga, Fukuoka, Japan
> >
> >
> >SIMULATION IN BIOLOGICAL SYSTEMS
> >
> >BIO-2-FLUID
> >A Simulation Study On Transcellular and Transcapillary Fluid Shifts Induced
> >By Hemodialysis
> >Amin Haddadzadeh, Iran University of Science & Technology Tehran, Iran
> >
> >BIO-3
> >Computer-Aided Performance Assessment of a New Measurement Algorithm for
> >Ultrasonic Based Sensors
> >Leopoldo Angrisani and Rosario Schiano Lo Moriello, Universitŕ degli
> Studi di
> >Napoli "Federico II", Napoli, Italy
> >
> >BIO-4-VISUAL
> >Modelling and Simulation of Biological Process (Neural Action Potential)
> with
> >Hybrid Tools used in Computer Science
> >Jens Kohlmeyer, Stefan Sarstedt and Wolfgang Mader, University of Ulm, Ulm,
> >Germany
> >
> >GRAPHICS VISUALIZATION IN BIOLOGY
> >
> >BIO-6-VISUAL
> >Metvis: A Tool for Designing and Animating Metabolic Networks
> >E. Qeli and B. Freisleben, University of Marburg, Marburg, D. Degenring
> >and A.
> >Wahl, Research Center Julich, Julich, and W. Wiechert, University of
> >Siegen, Siegen,
> >Germany
> >
> >BIO-9-VISUAL
> >Classification of Digital Mammography Algorithm Based on Rough Set Theory
> >Aboul Ella Hassanien Jafar M. H. Ali. Kuwait University, Safat, Kuwait
> >
> >BIO-10-VISUAL
> >Collision Detection Between Virtual Objects: Application in Arthroscopic
> >Surgery
> >Charbel Fares and Yskandar Hamam, ESIEE, Noisy-Le-Grand, France
> >
> >SIMULATION OF DISEASE CONTAGION
> >
> >BIO-1
> >Modelling the effect of information feedback on the spread of disease: A
> case
> >study of the Ebola virus
> >Bernadette O'Regan and Richard Moles, University of Limerick, Limerick,
> >Ireland
> >
> >BIO-11
> >Simulation of Contagion by Tuberculosis in Public Places at US-Mexico Border
> >Area
> >Carmen Jáuregui, Alfredo Cristobal-Salas, Antonio Rodriguez-Diaz, Manuel
> >Castańón-Puga, Autonomous University of Baja California, Tijuana, Mexico
> >
> >SIMULATION OF ECOSYSTEMS
> >
> >BIO-7
> >Changing the Level of Description in Aquatic Ecosystem Models: An Overview
> >Pierrick Tranouez - Sylvain Lerebourg - Cyrille Bertelle - Damien Olivier,
> >LIH -
> >Laboratoire d'Informatique du Havre, Le Havre Cedex - France
> >
> >BIO-5
> >Hybrid and hierarchic compartmental approach for ecosystem applied to
> >estuaries modelization
> >Guillaume Prevost, Cyrille Bertelle and Damien Olivier, LIH - Universit´e
> >du Havre,
> >Le Havre Cedex - France
> >
> >BIO-12-BIOMAG
> >The Possibility of Qualitative Modeling of Renewable Fish Resources
> >Ante Munitic, Merica Sliskovic, Josko Dvornik, Gorana Jelic, College of
> >Maritime
> >Studies Split, Split, Croatia
> >
> >BIO-8-AI
> >Agent Modeling of the Caparo Forest Reserve
> >Magdiel Ablan, Jacinto Dávila,, Niandry Moreno,, Raquel Quintero and
> Mayerlin
> >Uzcátegui.Universidad de los Andes. Facultad de Ingeniería.. Mérida,
> >Venezuela.
> >
> >
> >SIMULATION IN HEALTH CARE MANAGEMENT AND LOGISTICS
> >
> >BIOMAG-2
> >A Capacity Planning Simulation Model and its Application to a Nuclear
> >Medicine Service
> >R E Dugdale, R G Cameron and M. Page. Bradford Teaching Hospitals NHS Trust,
> >Bradford, United Kingdom
> >
> >BIOMAG-3
> >Emergency Service: A Generalised flexible Simulation Model
> >Paola Facchin and Giorgio Romanin-Jacur, University of Padova, Padova, Italy
> >
> >HOSLOG-1
> >Logistical Flow Optimising in Medical Care Processes
> >Hosáková,Z., Dvoráková,J., Miksa,Z., Brno University of Technology, and
> >Urbánková,V. Masaryk´s University Brno, Czech Republic.
> >
> >BIOMAG-1
> >The Impact of Education on Healthcare: A Malaria Agent-Based Simulation
> >Fatima Rateb and J.J. Merelo and M.G. Arenas, University of Granada,,
> >Granada,
> >Spain, Bernard Pavard, GRIC - IRIT, Toulouse, France and Narjes Bellamine-
> >BenSaoud, University of Tunis, Tunis, Tunisia
> >
> >
> >ANALYTICAL AND NUMERICAL MODELLING TECHNIQUES
> >
> >NUMERICAL MODELLING TECHNIQUES
> >
> >ANMT-1
> >Evaluation of Different Paired Comparison Models by Simulation
> >Igor N.Litvine, Danie J.L.Venter and Tania E.Litvine, University of Port
> >Elizabeth,
> >Port Elizabeth , Republic of South Africa
> >
> >ANMT-11-STUDENT
> >Direct Numerical Methods of mathematical modeling in Mechanical Structural
> >Design
> >Jihad Sahili, LRMA, -Nevers Cedex, France
> >
> >ANMT-2
> >Advanced Equation Assembling Techniques for Numerical Simulators
> >Stephan Wagner, Tibor Grasser, Claus Fischer and Siegfried Selberherr,
> >Technical
> >University Vienna, Vienna, Austria
> >
> >ANMT-PETRI-9
> >On Solving Ordinary Differential Equation Systems with Generalized
> Stochastic
> >Petri Nets
> >Olli-Matti Penttinen, Helsinki University of Technology,, Finland
> >
> >
> >PERFORMANCE MODELLING AND ANALYSIS
> >
> >ANMT-4-PETRI
> >Coupling Formal Methods in a Performance Modelling Methodology for
> >Etherogeneous Supervisory Systems
> >M.Iacono, N. Mazzocca and F. Moscato, Seconda Universit`a di Napoli,
> >Aversa, Italy
> >
> >ANMT-8-PETRI
> >Approximate and Simulation Based Analysis for Distributed Object Software
> >Performance Models
> >Panajotis Katsaros and Constantine Lazos, Aristotle University of
> >Thessaloniki,
> >Thessaloniki, Greece
> >
> >ANMT-7
> >Performance Analysis of Auction-Based Allocation Mechanisms for Cooperation
> >of Manufacturers on Production Capacity
> >Barýs Tan, Koc University, Istanbul, Turkey
> >
> >ANMT-3-PETRI
> >A New Approach to the Modelling and Analysis of Complex Discrete Systems
> >Chirag Pathak, Carlton, Victoria , Australia and A. A. Veselov and Edmund
> >Kazmierczak1 , TSTU, Russia
> >ANMT-10
> >Macroeconomic Fluctuations by Product Innovations in a Simple Agent Based
> >Model
> >Gianfranco Giulioni and Alberto Niccoli, University of Ancona, Italy
> >
> >
> >ANALYTICAL SIMULATION OF ELECTRONIC CIRCUITS
> >
> >ANMT-6
> >Preliminary Study on the Generation of Reference Signals for
> >Telecommunications
> >Leopoldo Angrisani, Massimo D'Apuzzo and Mauro D'Arco, Universitŕ degli
> Studi
> >di Napoli "Federico II", Naples, Italy
> >
> >ANMT-9
> >On the Use of Modulated S Parameters for Modeling RF Wideband Amplifiers
> >Leopoldo Angrisani, Francesco Falanga and Alessandro Masi, Universitŕ
> >degli Studi
> >di Napoli "Federico II", Naples, Italy
> >
> >ANMT-13
> >Numerical Method used for Simulation of Power Electronic Circuit.
> >Modelisation of the Semi-Conductor by Perfect Switches
> >Faouzi Boulos, Lebanese University of Science, El-Maten, Lebanon
> >
> >ANMT-12
> >Information theoretic approximations for the M/G/1 retrial queue with
> >unreliable server
> >Aissani A. and Smail R., University of Science & Technology (USTHB), El
> Alia,
> >Bab-Ez Zouar, Algeria
> >
> >
> >FLUID FLOW MODELLING SIMULATION
> >
> >FLUID-1
> >Simulation of Electric Field Patterns around High Voltage Transmission Lines
> >Amruth Sivalenka, M.Saffiudin and Satish Mohan, State University of New
> York,
> >Buffalo, USA
> >
> >ANMT-5-FLUID
> >Modelling of Layered Fluid Flow in a Circular Microchannel
> >Manisah Aumeerally and Renate Sitte, Griffith University, Queensland,
> >Australia
> >
> >
> >WEB BASED SIMULATION
> >
> >WEB-2
> >Packet Delay Models in Packet Switched Networks Performance Assessment
> >through Capacity Measurements
> >Leopoldo Angrisani , Michele Vadursi and Giorgio Ventre, Universitŕ degli
> >Studi di
> >Napoli "Federico II" and Salvatore D'Antonio , C.I.N.I. , Napels, Italy
> >
> >WEB-3
> >Website Migration Resource Scheduling of Adaptive Distributed Multimedia
> >Web Servers
> >Mohammad Riaz Moghal and Mohammad Saleem Mian, University of Engineering
> >and Technology, Lahore, Pakistan
> >
> >WEB-4-ANMT
> >The Effect of Traffic Engineering in Planning and Capacity Scaling on
> >Internet
> >Platforms
> >Gerhard Hasslinger, Darmstadt Univ. of Tech. and Stefan Schnitter, Deutsche
> >Telekom, T-Systems, Darmstadt, Germany
> >
> >
> >SIMULATION WITH PETRI NETS
> >
> >PETRI NETS I
> >
> >PETRI-2
> >Switched LAN Simulation by Colored Petri Nets
> >Dmitry A. Zaitsev, Odessa National Telecommunication Academy,, Odessa,
> Ukraine
> >
> >PETRI-4
> >Real-Time Model for processing both scheduling and Petri Net Approaches
> >Mahfoud Mabed and Marc Bourcerie, IUT, Angers, France
> >
> >PETRI-10
> >Simulating Quantum Interference in Feynman's pnot-computer with Petri Nets
> >Leo Ojala, and Olli-Matti Penttineny Helsinki University of Technology,TKK,
> >Finland
> >
> >PETRI NETS II
> >
> >PETRI-3
> >Petri Net distributed simulation using HLA based on Petri net components
> >Stephanie Combettes and Alexandre Nketsa, LAASCNRS, Toulouse cedex, France
> >
> >PETRI-7
> >Encapsulation in an Object-Oriented notation on Modular Petri Nets
> >Cecile Bui Thanh, Hanna Klaudel, Universite de Paris, Creteil, France
> >
> >PETRI-12
> >Using meta-modelling to process Petri nets models of supply chains".
> >Rik Van Landeghem and Carmen Bobeanu, Ghent University, Ghent, Belgium
> >
> >PETRI NETS III
> >
> >PETRI-5
> >A Simulation Platform for Petri Net Models of Dynamically Modifiable
> >Embedded Systems
> >Wang Yan Liu, Carsten Rust and Friedhelm Stappert, C-LAB, Universität
> >Paderborn,
> >Paderborn, Germany
> >
> >PETRI-8
> >Integrating Load Balancing into Petri-Net based Embedded System Design
> >Carsten Rust and Friedhelm Stappert, C-LAB, and Stefan Schamberger,
> >Universität
> >Paderborn, Paderborn, Germany
> >
> >PETRI-11
> >Modeling of Manufacturing System for Performance Analysis: An Approach
> >Based on GSPN
> >Mauro Silva, Paulo Maciel and Wellington Silva, Universidade Federal de
> >Pernambuco (UFPE), Recife, Brazil
> >
> >
> >TUTORIAL
> >
> >Software Process Improvement through Process Modeling and Simulation: an
> >integrative dynamics approach
> >Mercedes Ruiz, University of Cadiz, Isabel Ramos and Miguel Toro,
> >University of
> >Seville, Spain
> >--
> >Philippe Geril Tel: +32.9.233.77.90
> >EUROSIS - SIM-CENTER Fax: +32.9.223.49.41
> >Ghent University E-mail: Philippe.Geril@ugent.be
> >Coupure Links 653 URL: http://www.eurosis.org
> >B-9000 Ghent URL: http://biomath.ugent.be/~eurosis
> >Belgium URL: http://www.sim-center.net
> >*********************************************************************
> >* Your Scientific information site on *
> >* Computer Simulation - Concurrent Engineering - Multimedia- Games *
> >* WWW.EUROSIS.ORG *
> >*********************************************************************
> >
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>
>
>-------------------------------------------------
>Annabelle Boutet
>Cemagref - UR Irrigation
>361 rue Jean-François Breton
>BP 5095
>34033 Montpellier Cedex 01
>tel 04.67.04.63.04
>fax 04.67.63.57.95
>annabelle.boutet@montpellier.cemagref.fr
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