This paper concerns recently proposed algorithms for network flow control, where source
transmission rates are chosen based on an individual utility function and a network price …

This paper concerns optimization-based network flow control; these recently proposed
algorithms select transmission rates by maximizing a utility function for the set of sources …

This paper discusses network ow control from the perspective of multivariable feedback
theory. We build on recent research on ow control based on pricing signals, which has cast …

This paper concerns the global stability of recently proposed laws for network congestion
control. In earlier work (Paganini et al.(2001)) it was shown that such laws were able to …

When heterogeneous congestion control protocols that react to different pricing signals
share the same network, the resulting equilibrium may no longer be interpreted as a solution …

A duality model of ow control is proposed in Part I of this paper and leads to a basic ow
control algorithm. In this sequel we develop a practical implementation of the basic …

Fair resource allocation in high-speed networks, such as the Internet, can be viewed as a
constrained optimization program. Kelly et al.(2000) have shown that an unconstrained …

We develop a mathematical model within a game theoretical framework to capture the flow
control problem for variable rate traffic at a bottleneck node. In this context, we also address …

In this paper, we study the problem of designing globally stable, scalable congestion control
algorithms for the Internet. Prior work has primarily used linear stability as the criterion for …

Distributed optimal traffic engineering in the presence of multiple paths has been found to be
a difficult problem to solve. In this paper, we introduce a new approach in an attempt to …