Abstract Information flow in a telecommunication network is accomplished through the
interaction of mechanisms at various design layers with the end goal of supporting the …

We consider dynamic routing and power allocation for a wireless network with time varying
channels. The network consists of power constrained nodes which transmit over wireless …

We consider optimal control for general networks with both wireless and wireline
components and time varying channels. A dynamic strategy is developed to support all traffic …

We develop a dynamic control strategy for minimizing energy expenditure in a time-varying
wireless network with adaptive transmission rates. The algorithm operates without …

We consider a distributed power control scheme for wireless ad hoc networks, in which each
user announces a price that reflects compensation paid by other users for their interference …

In this survey, we summarize different modeling and solution concepts of networking games,
as well as a number of different applications in telecommunications that make use of or can …

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 …

This paper explores a model for the operation of an ad hoc mobile network. The model
incorporates incentives for users to act as transit nodes on multi-hop paths and to be …

Satellite and wireless networks operate over time varying channels that depend on
attenuation conditions, power allocation decisions, and inter-channel interference. In order …

Emerging spread spectrum high-speed data networks utilize multiple channels via
orthogonal codes or frequency-hopping patterns such that multiple users can transmit …