The congestion control mechanisms used in TCP have been the focus of numerous studies
and have undergone a number of enhancements. However, even with these enhancements …

In this work, we investigate mechanisms for Internet congestion control in general, and
random early detection (RED) in particular. We first study the current proposals for RED …

The congestion control mechanisms used in tcp have been the focus of numerous studies
and have undergone a number of enhancements. However, even with these enhancements …

We study the performance of the TCP in an internetwork consisting of both rate-controlled
and non-rate-controlled segments. A common example of such an environment occurs when …

This paper introduces and analyzes a class of nonlinear congestion control algorithms
called binomial algorithms, motivated in part by the needs of streaming audio and video …

We present an optimization approach to rate based flow control. The initial context of this
approach was as a rate based flow control in ATM networks. We describe techniques that …

This paper presents a novel framework for managing network congestion from an end-to-
end perspective. Our work is motivated by trends in traffic patterns that threaten the long …

We use a previously developed nonlinear dynamic model of TCP to analyze and design
active queue management (AQM) control systems using random early detection (RED). First …

In this paper, we investigate the extent to which fair queueing (and its variants), in
conjunction with appropriately tailored buffer management schemes, can be used to achieve …

We investigate the fairness, smoothness, responsiveness, and aggressiveness of TCP and
three representative TCP-friendly congestion control protocols: GAIMD, TFRC, and TEAR …