In this paper, we examine an emerging combination of challenges for TCP: increasingly
bursty background traffic that is not subject to flow and congestion control, higher bandwidth …

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 …

This paper presents a new robust TCP congestion‐recovery scheme to (1) handle bursty
packet losses while preserving the self‐clocking capability;(2) detect a TCP connection's …

The Transmission Control Protocol has been designed to support interactive and bulk
applications, with performance tuned to support bulk applications that desire to continuously …

In this paper we propose a new version of the TCP protocol, called TCP Westwood, which
enhances the performance of TCP window congestion control by using as feedback the end …

In the standard TCP congestion control mechanism such as TCP Reno, it may cause the
issue that packet sending rate increase exponentially in the slow start phase so significantly …

Traditional loss-based TCP congestion control (CC) tends to induce high queuing delays
and perform badly across paths containing links that exhibit packet losses unrelated to …

The novel mechanism proposed uses a simple implementation to inform the traffic source at
a very early stage that the network is becoming overloaded or congested and ask the source …

It is well-known that TCP Reno represents a performance bottleneck as the delay-bandwidth
product increases. On high-bandwidth-delay links, the additive increase policy of one packet …

In recent years, several new TCP congestion control algorithms have been proposed to
improve TCP performance over very fast, long-distance networks. High bandwidth delay …