In a wireless ad hoc network with multihop transmissions and interference-limited link rates,
can we balance power control in the physical layer and congestion control in the transport …

In a wireless network with multihop transmissions and interference-limited link rates, can we
balance power control in the physical layer and congestion control in the transport layer to …

Transmit power control is a prototypical example of a cross-layer design problem. The
transmit power level affects signal quality and, thus, impacts the physical layer, determines …

There is a fundamental tradeoff between power consumption, data transmission rates, and
congestion levels in a wireless network. These three elements influence the performance of …

In this paper, we study the theoretical problem of the end-to-end rate assignment for multi-
hop wireless networks. Specifically, we consider the problem of joint congestion control …

This paper focuses on congestion control over multi-hop, wireless networks. In a wireless
network, an important constraint that arises is that due to the MAC (Media Access Control) …

Wireless multi-hop networks have a solidarity property, in which each multi-hop link
interferes mutually and so an increase in one link's rate results in a decrease of the other …

We seek distributed protocols that attain the global optimum allocation of link transmitter
powers and source rates in a cross-layer design of a mobile ad hoc network. Although the …

Transmission power control in ad-hoc networks has hitherto been used only for achieving
connectivity of networks. It has been implicitly assumed that the optimal throughput …

We present a model for the joint design of congestion control and media access control
(MAC) for ad hoc wireless networks. Using contention graph and contention matrix, we …