… computation of Nash equilibria for the selfish routing game we … We consider a network
consisting of a set of m parallel links 1… n network users 1, 2,...,n, or users for short, wishes to route a …

… the Nash equilibrium is not unique). For our case here, where the total throughput of the
players is not fixed, we consider a similar limit of the Nash equilibrium … Nash equilibria, and as a …

… game considered in this work admits a weighted potential function, and thus a pure Nash
equilibrium, for any network even if the users have different sources and destinations. The …

… equilibrium and that of Nash equilibrium. First, we derive a simple instance in which the
resulting actions of a subgame perfect equilibrium do not correspond to a Nash equilibrium. This …

… the Wardrop routing model, so long as edge latencies have bounded slope, we can view Nash
equilibria as not … For every network G and flow f at ϵ-Nash equilibrium on G, there exists a …

… Non-Atomic routing splits traffic into a flow over multiple paths. … either the existence of Nash
Equilibrium or give a counterexample. We consider the inefficiency of equilibrium (termed as …

… for possible Nash equilibria in randomly generated scenarios. The existence of a Nash
equilibrium … From the routes, we build up the dependency graph of the network. The simulation …

… to route their traffic on some links: in this case we show that at most one Nash equilibrium may
… We also study a dynamic behaviour of the network: given n strategies, one for each agent, …

… of Nash equilibria. In Section 4 we discuss pure strategy Nash equilibria and mixed strategy
Nash equilibria. We … In this section we consider the problem of routing traffic in a network. …

… In this paper we present a new competitive packet routing model with edge priorities. We
consider players that route selfishly through a network over time and try to reach their …