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 …

We study the capacity of ad hoc wireless networks with mobile nodes. The mobility model
examined is one where the nodes are restricted to move along one-dimensional paths. We …

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 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 …

Traditional mobile ad hoc routing protocols fail to deliver any data in Intermittently
Connected Mobile Ad Hoc Networks (ICMN's) because of the absence of complete end …

In this paper, we present a survey of various mobility models in both cellular networks and
multi-hop networks. We show that group motion occurs frequently in ad hoc networks, and …

In this paper, we investigate the delay–throughput tradeoffs in mobile ad-hoc networks. We
consider four node mobility models: 1) two-dimensional independent and identically …

In this paper, we focus on the asymptotic capacity and delay, and their tradeoffs in mobile ad
hoc networks (MANETs). As we all know, some fixed rate communication models such as …

Simulations are often deployed to evaluate proposed mechanisms or algorithms in Mobile
Ad Hoc Networks (MANET). In MANET, the impacts of some simulation parameters are …

We establish lower bounds on the capacity of wireless ad hoc networks, which hold with
probability approaching unity as the number of nodes n approaches infinity. We first focus on …