… We show that under certain simplified (but reasonable) modeling assumptions of packet
arrivals, the steady-state sending rate (in packets per second) that maximizes U is …

… delays, we derive stability results for a fluid flow model of end-to-end Internet congestion …
formulate a congestion control algorithm which can remain stable under communication delays. …

… Before we do that, we must refine the nonlinear model to include the effect of delays, which
are essential to stability analysis. For this purpose, we must account for forward and back…

… network models. In Section II we develop a new model for general networks using a delay-based
protocol. It is shown that the delay operator acting on the measurement (the queuing …

… allocation into a global model and present a delay-based congestion control algorithm to
solve it. The congestion control framework follows PTP ie, separating traffic control for each path…

… of a pricing function, proportional to the queueing delay experienced by the user, and a fairly
… Using a network model based on fluid approximations and through a realistic modeling of …

… In recent years, the congestion control problem and modeling of the Internet have … our
congestion control scheme is to minimize or totally eliminate packet losses. 4) Information delays …

… /decrement amounts based on delay information. By using both loss and delay as congestion …
extend recently developed stochastic matrix models of TCP to accommodate window size …

… resources in the presence of heterogeneous communication delays between network users
and resources. To this end, we consider a fluid flow model of network behavior. We study the …

… congestion control that outperforms TCP in conventional environments, and remains efficient,
fair, scalable, and stable as the bandwidth-delay … in ї 4 that a fluid model of the protocol is …