It is suggested that user selection of service provision on a network
of heterogeneous sewers be modeled by competitive replicator dynamics.
User agents make their requirements known to network agents, which ca
n bid for their execution. The bids initiate a negotiation process bet
ween the two groups of agents, at the end of which the user agents mak
e a decision and map their requirements onto a selected set of network
servers. The selection process is based on competitive replicator dyn
amics and attempts to maximize the respective utilities of both agent
groups. Various issues resulting fr om the nonlinearity of the dynamic
s, such as stability and adaptability, are discussed in some detail. T
he results of some simulations are presented.