Agent technologies, infrastructures, tools, and applications for e-services. NODe 2002 agent-related workshops, Erfurt, Germany, October 7--10, 2002. Revised papers (Q1396944)

The articles of this volume will be reviewed individually. Indexed articles: \textit{Huhns, Michael N.}, Software agents: The future of web services, 1-18 [Zbl 1021.68663] \textit{Jennings, Nick}, Building automated negotiators, 19 [Zbl 1021.68669] \textit{Ulieru, Mihaela}, Emergence in cyberspace: Towards the evolutionary self-organizing enterprise, 20 [Zbl 1021.68826] \textit{Bresciani, Paolo; Sannicolò, Fabrizio}, Requirements analysis in tropos: A self-referencing example, 21-35 [Zbl 1021.68572] \textit{Hilaire, V.; Koukam, A.; Gruer, P.}, A mechanism for dynamic role playing, 36-48 [Zbl 1021.68657] \textit{Huget, Marc-Philippe}, Agent UML class diagrams revisited, 49-60 [Zbl 1021.68662] \textit{Bryson, Joanna J.}, The behavior-oriented design of modular agent intelligence, 61-76 [Zbl 1021.68575] \textit{Moraïtis, Pavlos; Petraki, Eleftheria; Spanoudakis, Nikolaos I.}, Engineering JADE agents with the Gaia methodology, 77-91 [Zbl 1021.68741] \textit{Bertolini, D.; Busetta, P.; Molani, A.; Nori, M.; Perini, A.}, Designing peer-to-peer applications: An agent-oriented approach, 92-106 [Zbl 1021.68560] \textit{Cossentino, Massimo; Burrafato, Piermarco; Lombardo, Saverio; Sabatucci, Luca}, Introducing pattern reuse in the design of multi-agent systems, 107-120 [Zbl 1021.68602] \textit{Karageorgos, Anthony; Thompson, Simon; Mehandjiev, Nikolay}, Specifying reuse concerns in agent system design using a role algebra, 121-136 [Zbl 1021.68676] \textit{Henderson, Peter; Crouch, Stephen; Walters, Robert John; Ni, Qinglai}, Comparison of some negotiation algorithms using a tournament-based approach, 137-150 [Zbl 1021.68653] \textit{König, Ralf}, State-based modeling method for multiagent conversation protocols and decision activities, 151-166 [Zbl 1021.68690] \textit{Abbasi, R.; Mitchell, F.; Greenwood, S.}, A framework for inter-society communication in agents, 167-178 [Zbl 1021.68531] \textit{Dagli, Ismail; Brost, Michael; Breuel, Gabi}, Action recognition and prediction for driver assistance systems using dynamic belief networks, 179-194 [Zbl 1021.68605] \textit{Li, Dayou; Zhang, Jie}, Collaborative agent system using fuzzy logic for optimisation, 195-210 [Zbl 1021.68705] \textit{Jiang, Ping; Mair, Quentin}, A self-organizational management network based on adaptive resonance theory, 211-225 [Zbl 1021.68670] \textit{Fischmeister, Sebastian}, Mobile software agents for location-based systems, 226-239 [Zbl 1021.68631] \textit{Ulieru, Mihaela; Unland, Rainer}, Partner detection and selection in emergent holonic enterprises, 240-262 [Zbl 1021.68827] \textit{Nogueira, Luís; Oliveira, Eugénio}, A multi-agent system for e-insurance brokering, 263-282 [Zbl 1021.68752] \textit{Garro, Alfredo; Palopoli, Luigi}, An XML multi-agent system for e-learning and skill management, 283-294 [Zbl 1021.68640] \textit{Kowalczyk, Ryszard; Ulieru, Mihaela; Unland, Rainer}, Integrating mobile and intelligent agents in advanced e-commerce: A survey, 295-313 [Zbl 1021.68692] \textit{Wagner, Thomas}, An agent-oriented approach to industrial automation systems, 314-328 [Zbl 1021.68837] \textit{Tchikou, Mahmoud; Gouardres, Eric}, Multi-agent model to control production system: A reactive and emergent approach by cooperation and competition between agents, 329-342 [Zbl 1021.68816] \textit{van Breemen, A. J. N.}, Integrating agents in software applications, 343-354 [Zbl 1021.68829] \textit{Holderfield, Vance T.; Huhns, Michael N.}, A foundational analysis of software robustness using redundant agent collaboration, 355-369 [Zbl 1021.68659]