5. ESAW 2004: Toulouse, France

Roles, Organizations and Institutions for Agents

• Guido Boella, Leendert W. N. van der Torre:
  Organizations as Socially Constructed Agents in the Agent Oriented Paradigm. 1-13
  
• Henrique Lopes Cardoso, Eugénio C. Oliveira:
  Virtual Enterprise Normative Framework Within Electronic Institutions. 14-32
  
• Pierre Maret, Mark Hammond, Jacques Calmet:
  Virtual Knowledge Communities for Corporate Knowledge Issues. 33-44
  
• Ioan Alfred Letia, Monica Acalovschi:
  Achieving Competence by Argumentation on Rules for Roles. 45-59
  
• Christophe Sibertin-Blanc, Nabil Hameurlain:
  Participation Components for Holding Roles in Multiagent Systems Protocols. 60-73
  
• Riza Cenk Erdur, Oguz Dikenelli, Inanç Seylan, Önder Gürcan:
  Semantically Federating Multi-agent Organizations. 74-89
  

Social Issues in Multi-agent Systems

• Eric Platon, Nicolas Sabouret, Shinichi Honiden:
  T-Compound Interaction and Overhearing Agents. 90-105
  
• Rubén Fuentes, Jorge J. Gómez-Sanz, Juan Pavón:
  Managing Conflicts Between Individuals and Societies in Multi-agent Systems. 106-118
  
• Stephen J. Munroe, Michael Luck:
  Motivation-Based Selection of Negotiation Opponents. 119-138
  
• Philippe Pasquier, Roberto A. Flores, Brahim Chaib-draa:
  Modelling Flexible Social Commitments and Their Enforcement. 139-151
  
• Philippe Pasquier, Mathieu Bergeron, Brahim Chaib-draa:
  DIAGAL: A Generic ACL for Open Systems. 152-165
  
• Cosmin Carabelea, Olivier Boissier, Cristiano Castelfranchi:
  Using Social Power to Enable Agents to Reason About Being Part of a Group. 166-177
  

Cooperation and Collective Behaviours in Agent Societies

• Laurence Cholvy, Christophe Garion:
  Strategies for Distributing Goals in a Team of Cooperative Agents. 178-190
  
• Jacek Brzezinski, Piotr Dunin-Keplicz, Barbara Dunin-Keplicz:
  Collectively Cognitive Agents in Cooperative Teams. 191-208
  
• Gauthier Picard:
  Cooperative Agent Model Instantiation to Collective Robotics. 209-221
  
• Vincent Chevrier:
  From Self-Organized Systems to Collective Problem Solving. 222-230
  

Methodologies and Platforms for Agent-Oriented Engineering

• Davy Capera, Gauthier Picard, Marie Pierre Gleizes, Pierre Glize:
  A Sample Application of ADELFE Focusing on Analysis and Design The Mechanical Synthesis Problem. 231-244
  
• Fernando Alonso, Sonia Frutos, Loïc Martínez, César Montes:
  SONIA: A Methodology for Natural Agent Development. 245-260
  
• Lars Braubach, Alexander Pokahr, Dirk Bade, Karl-Heinz Krempels, Winfried Lamersdorf:
  Deployment of Distributed Multi-agent Systems. 261-276
  
• Martin Rehák, Michal Pechoucek, Jan Tozicka, David Sislák:
  Using Stand-in Agents in Partially Accessible Multi-agent Environment. 277-291
  

Agent-Oriented Simulation

• Mathias Röhl, Adelinde Uhrmacher:
  Controlled Experimentation with Agents - Models and Implementations. 292-304
  
• Manuel Fehler, Franziska Klügl, Frank Puppe:
  Techniques for Analysis and Calibration of Multi-agent Simulations. 305-321
  

Models for Multi-agent Systems

• Andrea Bracciali, Paolo Mancarella, Kostas Stathis, Francesca Toni:
  Engineering Stable Multi-agent Systems. 322-334
  
• Yann Chevaleyre, Ulrich Endriss, Sylvia Estivie, Nicolas Maudet:
  Welfare Engineering in Practice: On the Variety of Multiagent Resource Allocation Problems. 335-347
  

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