Network throughput and packet delay are two important parameters in the design and the
evaluation of routing protocols for ad-hoc networks. While mobility has been shown to …

Recent discovery of the mixture (power-law and exponential) behavior of inter-meeting time
distribution of mobile nodes presents new challenge to the problem of mobility modeling and …

The capacity of ad hoc wireless networks is constrained by the mutual interference of
concurrent transmissions between nodes. We study a model of an ad hoc network where n …

The delay-limited throughput of an ad hoc wireless network confined to a finite region is
investigated. An approximate expression for the achievable throughput as a function of the …

We study multicast capacity for a large-scale spatial inhomogeneous mobile network
consisting of n ad hoc nodes. Under our mobility model, the stationary spatial distribution of …

One of the challenging roadblocks stunting the development and commercialization of
mobile ad hoc networks (MANETs), is the lack of a thorough understanding of the …

In this paper, we provide the scaling laws for the transport capacity of a wide class of mobile
wireless ad hoc networks. Our analysis generalizes previous results obtained under …

Previous work on mobile ad hoc wireless networks has primarily focused on studying the
impact of node mobility on the performance of various routing protocols and the …

Multiuser diversity has been shown to increase the throughput of mobile ad hoc wireless
networks (MANETs) when compared to fixed wireless networks. This paper addresses a …

In this paper, we study the delay and capacity trade-offs for wireless ad hoc networks with
random mobility. We consider some simple distributed scheduling and relaying protocols …