We extend the analysis of the scaling laws of wireless ad hoc networks to the case of
correlated nodes movements, which are commonly found in real mobility processes. We
consider a simple version of the Reference Point Group Mobility model, in which nodes
belonging to the same group are constrained to lie in a disc area, whose center moves
uniformly across the network according to the iid model. We assume fast mobility conditions
and take as a primary goal the maximization of per-node throughput. We discover that …

We extend the analysis of the scaling laws of wireless ad hoc networks to the case of
correlated nodes movements, which are commonly found in real mobility processes. We
consider a simple version of the Reference Point Group Mobility model, in which nodes
belonging to the same group are constrained to lie in a disc area, whose center moves
uniformly across the network according to the iid model. We assume fast mobility conditions,
and take as primary goal the maximization of per-node throughput. We discover that …