TCP throughput prediction is an important capability for networks where multiple paths exist
between data senders and receivers. In this paper, we describe a new lightweight method …

TCP throughput prediction is an important capability in wide area overlay and multi-homed
networks where multiple paths may exist between data sources and receivers. In this paper …

Predicting the throughput of large TCP transfers is important for a broad class of
applications. This paper focuses on the design, empirical evaluation, and analysis of TCP …

Predicting the throughput of large TCP transfers is important for a broad class of
applications. This paper focuses on the design, empirical evaluation, and analysis of TCP …

DualPats exploits the strong correlation between TCP throughput and flow size, and the
statistical stability of Internet path characteristics to accurately predict the TCP throughput of …

In this paper, we explore a novel approach to end-to-end round-trip time (RTT) estimation
using a machine-learning technique known as the experts framework. In our proposal, each …

Most of the traffic in today's Internet is controlled by the Transmission Control Protocol (TCP).
Hence, the performance of TCP has a significant impact on the performance of the overall …

We propose a refinement of TCP Westwood which allows management of the
efficiency/friendliness-to-NewReno tradeoff. We show that the refined TCP Westwood is able …

In this paper we develop a simple analytic characterization of the steady state throughput, as
a function of loss rate and round trip time for a bulk transfer TCP flow, ie, a flow with an …

The steady-state performance of a bulk transfer TCP flow (ie, a flow with a large amount of
data to send, such as FTP transfers) may be characterized by the send rate, which is the …