This paper investigates the many-to-one throughput capacity (and by symmetry, one-to-
many throughput capacity) of IEEE 802.11 multihop networks, in which many sources send …

In this paper, we present a methodology to analytically compute the end-to-end throughput
that can be achieved on a path between two nodes in an IEEE 802.11 multihop wireless …

The goal of this paper is to present exact formulae for the throughput of IEEE 802.11
networks in the absence of transmission errors and for various physical layers, data rates …

In multi-hop ad hoc networks, stations may pump more traffic into the networks than can be
supported, resulting in high packet-loss rate, re-routing instability and unfairness problems …

In WLAN the medium access control (MAC) protocol is the main element for determining the
efficiency in sharing the limited communication bandwidth of the wireless channel. This …

In large-scale wireless networks, interference among nodes limits channel spatial re-use
and is a main hurdle for scalable performance. There are two types of interference:(1) …

This paper describes a methodology to find the achievable rate region for any static wireless
multi-hop network with 802.11 scheduling. To do so, we first characterize the achievable …

In this paper, we present a simple analytical model to provide estimates for throughput and
end-to-end packet delay in single hop and multihop IEEE 802.11 networks. In contrast to …

The end-to-end throughput of multi-hop communication in wireless ad hoc networks is
affected by the conflict between forwarding nodes. It has been shown that sending more …

We present a practical, measurement-based model that captures the effect of interference in
802.11-based wireless LAN or mesh networks. The goal is to model capacity of any given …