Congestion controllers for the Internet are typically designed based on deterministic delay
differential equation models. In this paper, we consider the case of a single link accessed by …

We consider a single link accessed by a single source which responds to congestion signals
from the network. The design of controllers for such sources in the presence of feedback …

With the rapid growth of Internet, parameter design and analysis for large-scale networks
has become a topic of active interest. Since simulation of such large scale systems is not …

We consider decentralized congestion control algorithms for low-loss operation of the
Internet using the ECN bit. There has been much analysis of such algorithms, but with a few …

Under the assumption that queueing delays will eventually become small relative to
propagation delays, we derive stability results for a fluid flow model of end-to-end Internet …

In the past, significant progress has been made in the mathematical modelling of congestion
control and congestion feedback mechanisms in the Internet. The resulting models have …

It is shown that the queuing delay involved in the congestion control algorithm is state-
dependent and does not depend on the current time. Then, using an accurate formulation for …

We consider decentralized congestion control algorithms for low-loss operation of the
Internet using the ECN bit. There has been much analysis of such algorithms, but with a few …

In recent years, the Internet has attracted the attention of many theoreticians, eager to
understand the remarkable success of this diverse and complex artefact. A central element …

Almost all existing fluid models of congestion control assume that the fluid flow at the output
of a link is the same as the fluid flow at the input of the link. This means that all links in the …