We focus on the networking-theoretic multicast capacity for both random extended networks
(REN) and random dense networks (RDN) under Gaussian Channel model, when all nodes …

The study of multicast delay performance in mobile ad hoc networks (MANETs) is critical for
supporting future multicast-intensive applications in such networks. Different from available …

We consider a multicast scenario that involves an ad hoc network of cochannel multiple-
input-multiple-output (MIMO) nodes in which a source node attempts to share a streaming …

Capacity scaling laws offer fundamental understanding on the trend of user throughput
behavior when the network size increases. Since the seminal work of Gupta and Kumar …

We develop an analytical framework to study the throughput and routing overhead for
proactive and reactive routing strategies in random access mobile ad hoc networks. To …

We present capacity scaling laws for random wireless ad hoc networks under (n, m, k)-cast
formulation, where n, m, and k denote the number of nodes in the network, the number of …

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 …

The low-cost and easy-deployable mobile ad hoc networks (MANETs) have great potential
to serve as the underlay network architecture for implementing lots of critical applications. In …

We investigate the traffic-carrying capabilities of wireless ad hoc networks with a large
number of mobile nodes, under multicast traffic, packet delay constraints, and a general …

In this paper, we consider hybrid wireless networks with a general node density λ∈[1, n],
where n ad hoc nodes are uniformly distributed and m base stations (BSs) are regularly …