As the dominant protocol on the Internet, TCP has attracted significant attention and has
been implemented in various ways, each of which optimizes for a single objective such as …

Mobile data networks such as 3G and LTE exhibit properties that are fundamentally different
from those of fixed networks. These differences result in severe performance bottlenecks in …

The number of Internet users which are connected via mobile networks such as 3G and LTE
has increased dramatically in recent years. It is well-known that wireless networks in …

In the past few decades, many Transmission Control Protocol (TCP) congestion control
algorithms have been investigated to meet the growing network demands and to enhance …

TCP's congestion control architecture suffers from notoriously bad performance.
Consequently, recent years have witnessed a surge of interest in both academia and …

Learning-based approaches have shown their great potential to adapt themselves to various
environments (eg, PCC and Sprout). Unfortunately, they do not consistently achieve superior …

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

Many mobile devices are usually equipped with multiple interfaces, providing the
opportunity of using multipath transport protocols such as Multipath TCP (MPTCP) to boost …

Different from IEEE802. 11 (wifi) and traditional 3G wireless networks, LTE networks have
the features of high link variability and end user mobility. There exists a huge gap in …

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 …