In this paper, we present a methodology to analytically compute the throughput capacity, or
the maximum end-to-end throughput of a given source and destination pair in a multi-hop …

In this paper, we address the following question: given a specific placement of wireless
nodes in physical space and a specific traffic workload, what is the maximum throughput that …

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 …

(EDR), for accurately finding high-throughput paths in multihop ad hoc wireless networks.
Our metric is based upon a new model for transmission interference which is a critical factor …

Admission control of flows is essential for providing quality of service in multihop wireless
networks. In order to make an admission decision for a new flow, the expected bandwidth …

The effect of interference on the achievable rate region in multihop wireless networks under
three increasingly constraining interference models network throughput characterization …

We develop a new metric for quantifying end-to-end throughput in multihop wireless
networks, which we term random access transport capacity, since the interference model …

We present a measurement-based study of interference among links in a static, IEEE
802.11, multi-hop wireless network. Interference is a key cause of performance degradation …

A substantial body of the literature exists addressing the capacity of wireless networks.
However, it is commonly assumed that all nodes in the network are identical. The issue of …

This paper considers two inter-related questions:(i) Given a wireless ad-hoc network and a
collection of source-destination pairs {(si, ti)}, what is the maximum throughput capacity of …