Competition in Social Networks of Agents

Posted 25 Sep 2004 at 23:41 UTC by steve Share This

A new TRN article discusses a new quantitative model of agent competition. The new model has potential uses in many fields including the optimization of communication and control within robot collectives. Traditional game theory has limitations in describing complex interaction in collectives of intelligent agents. The new theory allows the agents to make choices based on incomplete information. Even though mistakes are made, each agent has access to the knowledge and experiences of its neighbors allowing the collective to evolve complex dynamics quickly. One of the more interesting results is that the a scalable leadership system of "hubs" within the collective evolves spontaneously. For a more in-depth look at the theory and research see the original research paper: Competition in Social Networks: Emergence of a Scale-free Leadership Structure and Collective Efficiency (PDF format). The research was done by M. Anghel, Zoltan Toroczkai, Kevin E. Bassler, and Gyorgy Korniss. It was funded by grants from the Department of Energy and National Science Foundation.

See more of the latest robot news!

Recent blogs

20 Mar 2015 mwaibel (Master)
28 Feb 2015 steve (Master)
20 Feb 2015 shimniok (Journeyer)
19 Feb 2015 Flanneltron (Journeyer)
14 Nov 2014 Sergey Popov (Apprentice)
14 Nov 2014 wedesoft (Master)
5 Aug 2014 svo (Master)
3 Jul 2014 jmhenry (Journeyer)
2 Jul 2014 Petar.Kormushev (Master)
10 Jun 2014 robotvibes (Master)
Share this page