In recent years, many different kinds of wireless access networks have been deployed and
become inseparable parts of the Internet. But TCP, the most widely used transport protocol …

As third-generation (3G) wireless networks with high data rate get widely deployed,
optimizing the transmission control protocol (TCP) performance over these networks would …

To access the plentiful cloud services in cloud computing, data packets of diverse cloud
applications are transmitted via the reliable end-to-end TCP or the unreliable UDP protocol …

Cellular networks have special characteristics including highly variable channels, fast
fluctuating capacities, deep per user buffers, self-inflicted queuing delays, radio …

Multi-homed mobile hosts in physical proximity may spontaneously team up to form a
community and run high-bandwidth applications by pooling their low wireless widearea …

In a mixed wireless and wired network environment, packet loss can be caused by various
types of due to network congestion as well as wireless errors. However, existing TCP …

Improving the end-to-end performance of TCP over wireless networks has been an active
research area. When TCP operates in wireless networks, the performance of TCP degrades …

Multi-Path TCP (MPTCP) has attracted much attention as a promising technology to improve
throughput performance of wireless devices that support multi-homed heterogeneous …

The focus of this work is to study the efficacy of TCP's flow control algorithm on mobile
phones. Specifically, we identify the design limitations of the algorithm when operating in …

A range of flavors of TCP are already in existence, and further flavors are being introduced
in order to, for example, cope with the packet loss characteristics of wireless links. Moreover …