TCP performance over end-to-end rate control and stochastic available capacity

Evaluation of End-to-End TCP performance over WCDMA

this article investigates the end-to-end TCP performance in the scenario where WCDMA is employed as the access link. Unlike previous work, we incorporate the impact of Internet loss rate and delay into the study. The performance of TCP over WCDMA is studied from several aspects: the TCP protocol configurations, the different variant of TCP protocols, the interaction of TCP and RLC layer protoco...

TCP veno: end-to-end congestion control over heterogeneous networks

End-to-End TCP Congestion Control over ATM Networks

It is well documented that the eeective throughput of TCP can suuer on plain ATM networks. Several research eeorts have aimed at developing additions to ATM networks like Early Packet Discard that avoid TCP throughput degradation. This paper instead investigates improvements to TCP that allow it to perform well on ATM networks without switch-level enhancements, thus avoiding additional complexi...

LT-TCP: End-to-End Framework to Improve TCP Performance over Networks with Lossy Channels

As wireless channels are becoming common, the performance of TCP over networks with such links is important. TCP performance suffers substantially when packet error rates increase beyond a value of about 1% 5%. This paper proposes an end-end mechanism to improve TCP performance over networks comprising lossy wireless link. The scheme separates the congestion indications from the wireless packet...

Understanding TCP over TCP: Effects of TCP Tunneling on End-to-End Throughput and Latency

TCP tunnel is a technology that aggregates and transfers packets sent between end hosts as a single or multiple TCP connections. By using a TCP tunnel, the fairness among aggregate flows can be improved and several protocols can be transparently transmitted through an Internet firewall. However, since most applications running on end hosts generally use TCP, two TCP congestion controls (i.e., e...