… Going back to modeling wireless ad-hoc network, we will assume that each node can work
according to one out of finitely many configurations that we call strategies (a strategy being a …

… congested paths so as to balance traffic load over the network and lower end-to-end delay.
… incurred by topology changes in the ad hoc network and thereby improves data delivery …

… of local equilibria. • … wireless ad hoc networks is one of the most difficult and important
challenges remaining in information theory, and has major ramifications on the fields of wireless …

… Wireless ad hoc networks rely on the cooperation of participating nodes to undertake activities
such as routing. Malicious nodes participating in the network … interim equilibrium analysis …

… power control problem of wireless ad hoc networks. Our work … with required QoS in wireless
ad hoc networks, we show that … Equilibria of packet forwarding strategies in wireless ad hoc …

The objective of this article is to give advice for carrying out a proper and effective simulation
activity for protocol design. It challenges some of the existing criticisms of simulation …

… We start by obtaining the detailed balance equations, ie, the fact that if the queue Fi is stable,
then the input rate on any route using queue Fi is equal to the output rate from queue Fi on …

… at least one Nash equilibrium. Moreover, we show that the Nash equilibrium is unique. Using
… Nash equilibrium. The obtained node-activation probabilities can be used to estimate the …

… In this paper, we focus on multiple movable user mobility and ad hoc networks … equilibrium
(NE) points to obtain nonlinear and nonconvex problem solutions in cognitive ad hoc networks…

… the concept of Wardrop equilibrium applied in the context of communication networks. Section
III introduces the proposed extensions to cope with the wireless ad-hoc network scenario. …