Voyager

ObjectSpace voyager — The agent ORB for Java. ObjectSpace Voyager™ Core Technology (Voyager) is a simple yet powerful object request broker (ORB) for creating distributed Java applications. ObjectSpace Voyager is the first platform to seamlessly integrate fundamental distributed computing with agent technology. Voyager was designed from the ground up to support mobile objects and autonomous agents. The Voyager philosophy is that an agent is simply a special kind of object that can move independently, can continue to execute as it moves, and otherwise behaves exactly like any other object. Voyager enables objects and other agents to send standard Java messages to an agent even as the agent is moving. In addition, Voyager allows you to remote-enable any Java class, even a third-party library class, without modifying the class source in any way. Voyager also includes a rich set of services for transparent distributed persistence, scalable group communication, and basic directory services. This paper present a high-level overview of Version 1.0 of the Voyager Core Technology.


References in zbMATH (referenced in 18 articles )

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  1. Cho, Young Im: Intelligent multiagent application system in an AI system (2008) ioport
  2. Cho, Young Im: Implementation of an intelligent personalized digital library system based on improved negotiation mobile multiagents (2007) ioport
  3. Artail, Hassan; Kahale, Elie: MAWS: a platform-independent framework for mobile agents using Web services (2006)
  4. Evripidou, Paraskevas; Samaras, George: Metacomputing with mobile agents (2006)
  5. Cho, Young Im: Development of a personalized digital library system based on the new mobile multi agent platform (2004)
  6. Yau, Stanley M. T.; Leong, Hong Va; Si, Antonio: Distributed agent environment: application and performance. (2003) ioport
  7. Gray, Robert S.; Cybenko, George; Kotz, David; Peterson, Ronald A.; Rus, Daniela: D’Agents: Applications and performance of a mobile-agent system (2002)
  8. Hennessy, Matthew; Riely, James: Resource access control in systems of mobile agents (2002)
  9. Yoshida, Nobuko; Hennessy, Matthew: Assigning types to processes (2002)
  10. Demestichas, P. P.; Tzifa, E. C.; Louta, M. D.; Liossis, N. I.; Kaltabani, A. K.; Anagnostou, M. E.: Personal mobility support in future service architectures (2001)
  11. Dikaiakos, Marios; Kyriakou, Melinos; Samaras, George: Performance evaluation of mobile-agent middleware: A hierarchical approach (2001)
  12. Gidron, Yoad; Ben-Shaul, Israel; Holder, Ophir; Aridor, Yariv: Dynamic configuration of access control for mobile components in FarGo (2001)
  13. Jha, Rahul; Iyer, Sridhar: Performance evaluation of mobile agents for e-commerce applications (2001)
  14. Karnik, Neeran M.; Tripathi, Anand R.: Security in the Ajanta mobile agent system (2001)
  15. Izatt, Matthew; Chan, Patrick; Brecht, Tim: Ajents: Towards an environment for parallel, distributed and mobile Java applications (2000)
  16. Philippsen, Michael; Haumacher, Bernhard; Nester, Christian: More efficient serialization and RMI for Java (2000)
  17. Xu, Cheng-Zhong; Wims, Brian: A mobile agent based push metodology for global parallel computing (2000)
  18. Kanter, Theo; Frisk, Claes; Gustafsson, Henrik: Context-aware personal communication for teleliving. (1998) ioport