Distributed intelligence for plant automation based on multi-agent systems: the PABADIS approach

References

• Bongaerts L Wyns J Detand J Van Brussel H Valckenaers P 1996 Schedule execution for a holonic shop floor control. Proceedings of European Workshop on Agent-oriented Systems in Manufacturing
   Google Scholar
• Bredin J Kotz D Rus D 1998 Market-based resource control for mobile agents In Second International Conference on Autonomous Agents, ACM Press pp. 197–204
   Google Scholar
• Bryce C Vitek J 1999 The JavaSeal mobile agent kernel In D. Milojevic (ed.) Proceedings of the 1st International Symposium on Agent Systems and Applications, Third International Symposium on Mobile Agents (ASAMA’99), ACM Press pp. 176–189
   Google Scholar
• Bryson J Mcgonigle B 1998 Agent architecture as object oriented design In Intelligent Agents IV, Springer
   Google Scholar
• Chess D 1997 Mobile agents: are they a good idea? In Mobile Objects Systems: Towards the Programmable Internet Vol. 1222 of Lecture Notes in Computer Science Springer
   Google Scholar
• Deter S Sohr K 2001 PINI – a JINI-like plug & play technology for the KVM/CLDC. In Proceedings of Innovative Internet Computing Systems, Springer pp. 54–66
   Google Scholar
• Dietrich D Sauter T 2000 Evolution potentials fieldbus systems Proceedings IEEE Workshop on Factory Communication Systems (IEEE) pp. 343–350
   Google Scholar
• Fletcher , M and Deen , SM . 2001 . Fault-tolerant holonic manufacturing systems . Concurrency and Computation Practice and Experience , 13 ( 1 ) : pp. 43–70
   Google Scholar
• Fletcher M Garcia-Herreros E Christensen JH Deen SM Mittmann R 2000 An open architecture for holonic cooperation and autonomy, DEXA conference
   Google Scholar
• Grasshopper 2002 Available at http://www.grasshopper.de
   Google Scholar
• Klostermeyer A LÜder A 2002 A re-configurable multi-agent based architecture to enhance the flexibility of job control in single piece production systems in turbulent environments, Proceedings May ’02 Embedded Systems in Mechatronics pp. 131–138
   Google Scholar
• Klostermeyer A Klemm G 2003 PABADIS An agent based flexible manufacturing concept, Proceedings IEEE INDIN Conference 2003 pp. 286–293
   Google Scholar
• Kühnle H 1984 Überleben im turbulenten Umfeld In: 100 Jahre Maschinenmarkt, Jubiläumsausgabe pp. 433–437
   Google Scholar
• Lüth T 1998 Technische Multi-Agenten-Systeme: verteilte autonome Roboter- und Fertigungssysteme, Hanser
   Google Scholar
• Minar K Hultmann Kramer P Maes P 1999 Cooperating mobile agents for dynamic network routing In A. Hayzelden (ed.) Software Agents for Future Communications Systems, Springer chapter 12
   Google Scholar
• Müller , JP . 1996 . The design of intelligent agents: a layered approach . Lecture Notes in Computer Science, Springer , 1177
   Google Scholar
• Nishida T 1993 Towards the knowledgeable community. Proceedings International Conference on Building and Sharing of Very-Large-Scale Knowledge Bases’93 (KBKS’93)
   Google Scholar
• Pab 2002 Available at www.pabadis.org
   Google Scholar
• Reinart G 1999 Wandel in der Montage–Flexibilität ist gut Reaktionsfähigkeit noch besser, wt Werkstattechnik 89, Heise p. 389
   Google Scholar
• Westkämper E 1997 Wandlungsfähige Unternehmensstruk- turen – Teil I In Logistik-Spektrum (1997) Nr. 3 pp. LS10–LS12
   Google Scholar
• Wiendahl H-P Hartmann M 1999 Produktion 2000 plus. Visionen und Forschungsfelder für die Produktion in Deutschland Untersuchungsbericht zur Definition neuer Forschungsfelder für die Produktion nach dem Jahr 1999 Aachen WZL
   Google Scholar
• Womark JP Jones DT Ross D 1992 Die zweite Revolution in der Autoindustrie, Campus
   Google Scholar
• Venners B 1999 JINI: new technology for a networked world Javaworld, 06
   Google Scholar