One of the main characteristics of wireless ad hoc networks is their node-centric broadcast
nature of communication, leading to interferences and spatial contention between adjacent …

One of the main characteristics of wireless ad hoc networks is their node-centric broadcast
nature of communication, leading to interferences and spatial contention between adjacent …

We present the first unified modeling framework for the computation of the capacity-delay
tradeoff of random wireless ad hoc networks. This framework considers information …

Augmenting cellular networks with shorter multihop wireless links that carry traffic to/from a
base station can be expected to facilitate higher rates and improved spatial reuse, therefore …

We present capacity and delay scaling laws for random wireless ad hoc networks under all
information dissemination modalities (unicast, multicast, broadcast and anycast) when …

In this paper we study the performance trade-offs between conventional cellular and multi-
hop ad-hoc wireless networks. We compare through simulations the performance of the two …

We compute the throughput capacity of random dense wireless ad hoc networks for multi-
pair unicast traffic in which nodes are endowed with multi-packet reception (MPR) …

We present the first unified modeling framework for the computation of the throughput
capacity of random wireless ad hoc networks in which information is disseminated by means …

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 …

We introduce a collaboration-driven approach to the sharing of the available bandwidth in
wireless ad hoc networks, which we call many-to-many communication, that allows …