The performance of throughput, delay, and their tradeoff in mobile ad hoc networks
(MANETs) has been investigated on different assumptions. Nevertheless, few papers …

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

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 …

We characterize the capacity region of a mobile ad hoc network (in which nodes employ the
store-carry-forward communication scheme) and move according to an arbitrary ergodic …

Because of node mobility, mobile wireless networks experience rapid variations in the
channel strengths, which could potentially be exploited for more cost-effective …

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 …

In our previous work [9], we investigated the capacity and delay of a static hybrid wireless
network, consisting of n static wireless nodes overlaid with a cellular architecture of m base …

In this paper, we study the impact of human mobility on throughput and delay for people-
centric applications in mobile ad hoc networks (MANETs). We consider a general human …

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 …

There has been significant recent interest within the networking research community to
characterize the impact of mobility on the capacity and delay in mobile ad hoc networks. In …