Abstract
In this work, we consider a network of agents who compete for limited resources through a modified evolutionary minority game model based on Kauffman network. The properties of such a system for different values of mean connectivity K of the network are studied. Simulation results suggest that the agents also tend to self-segregate into opposing groups characterized by extreme actions, and show that the agents can coordinate their behavior effectively in the system with K = 2 . Enhanced cooperation occurs also for a generalization of the model to multiple-choice evolutionary minority games in which the agents are allowed to choose among several options.
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