We consider networks consisting of nodes with radios, and without any wired infrastructure,
thus necessitating all communication to take place only over the shared wireless medium …

Wireless networks with a minimum inter-node separation distance are studied where the
signal attenuation grows in magnitude as 1/ρ/sup δ/with distance ρ. Two performance …

How much information can be carried over a wireless network with a multiplicity of nodes,
and how should the nodes cooperate to transfer information? To study these questions, we …

In this correspondence, we study the capacity region of a general wireless network by
deriving fundamental upper bounds on a class of linear functionals of the rate tuples at …

When n identical randomly located nodes, each capable of transmitting at W bits per second
and using a fixed range, form a wireless network, the throughput/spl lambda/(n) obtainable …

It is shown that the capacity scaling of wireless networks is subject to a fundamental
limitation which is independent of power attenuation and fading models. It is a degrees of …

We derive the performance limits of a radio system consisting of a transmitter with t antennas
and a receiver with r antennas, a block-fading channel with additive white Gaussian noise …

The goal of this paper is to establish which practical routing schemes for wireless networks
are most suitable for power-limited and bandwidth-limited communication regimes. We …

We derive upper bounds on the transport capacity of wireless networks. The bounds
obtained are solely dependent on the geographic locations and power constraints of the …

We study communication networks of arbitrary size and topology and communicating over a
general vector discrete memoryless channel (DMC). We propose an information-theoretic …