Throughput capacity in wireless ad hoc networks has been studied extensively under many
different mobility models such as iid mobility model, Brownian mobility model, random walk …

Throughput capacity in mobile ad hoc networks has been studied extensively under many
different mobility models. However, most previous research assumes global mobility, and …

We revisit the problem of characterizing the capacity of an ad hoc wireless network with n
mobile nodes. Grossglauser and Tse (2001) showed that, by exploiting user mobility, it is …

We show that there is a trade-off among mobility, capacity, and delay in ad hoc networks.
More specifically, we consider two schemes for node mobility in ad hoc networks. We divide …

The closed-form results for delay and capacity in mobile ad hoc networks are important for
the performance analysis of different transmission protocols. Most existing works focus on …

Recent work of Gupta and Kumar (2000) has shown that in a multi-hop wireless network the
throughput capacity per source-destination pair goes to zero as the node density increases …

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

Gupta and Kumar (2000) showed that the throughput capacity of static ad hoc networks with
n randomly positioned nodes is/spl Theta/(/spl radic/(n/log n)). Grossglauser and Tse …

Since the original work of Grossglauser and Tse, which showed that mobility can increase
the capacity of an ad hoc network, there has been a lot of interest in characterizing the delay …

We study the asymptotic throughput capacity and delay in mobile ad hoc networks following
the 2-hop relaying algorithm proposed by Grossglauser and Tse (2001). We assume the …