Agent-based virtual organisations for the Grid

  • Authors:

  • Jigar Patel;W. T. Luke Teacy;Nicholas R. Jennings;Michael Luck;Stuart Chalmers;Nir Oren;Timothy J. Norman;Alun Preece;Peter M. D. Gray;Gareth Shercliff;Patrick J. Stockreisser;Jianhua Shao;W. Alex Gray;Nick J. Fiddian;Simon Thompson

  • Affiliations:

  • University of Southampton, UK;University of Southampton, UK;University of Southampton, UK;University of Southampton, UK;University of Aberdeen, UK;University of Aberdeen, UK;University of Aberdeen, UK;University of Aberdeen, UK;University of Aberdeen, UK;Cardiff University, UK;Cardiff University, UK;Cardiff University, UK;Cardiff University, UK;Cardiff University, UK;BT R&D, Adastral Park, United Kingdom

  • Venue:
  • Proceedings of the fourth international joint conference on Autonomous agents and multiagent systems
  • Year:
  • 2005

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Abstract

The ability to create reliable, scalable virtual organisations (VOs) on demand in a dynamic, open and competitive environment is one of the challenges that underlie Grid computing. In response, in the CONOISE-G project, we are developing an infrastructure to support robust and resilient virtual organisation formation and operation. Specifically, CONOISE-G provides mechanisms to assure effective operation of agent-based VOs in the face of disruptive and potentially malicious entities in dynamic, open and competitive environments. In this paper, we describe the CONOISE-G system, outline its use in VO formation and perturbation, and review current work on dealing with unreliable information sources.