Original TCP design is not agile enough to fit the rapidly varying mobile network bandwidth.
In this paper, we revisit the Channel Quality Indicator Control (CQIC) congestion control …

The advancing MAC/PHY technique and architecture in the mobile network allows the
DownLink (DL) capacity in radio access network (RAN) to vary from Kilo-Byte per-second …

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 …

With the increasing complexity of the network communication environment. Research on
TCP congestion control algorithm is one of the effective ways to alleviate network …

As a vital component of TCP, congestion control defines TCP's performance characteristics.
Hence, it is important for congestion control to provide high link utilization and low queuing …

For improving communication performance, many fast TCP algorithms, eg CUBIC TCP and
Compound TCP, have been proposed. These proposals have raised another issue that is …

A new high-performance TCP congestion control algorithm, called TCP BBR, was proposed
in 2016. It achieves excellent performance especially on a network with high latency and …

With the progressive deployment of 5G networks around the world, mobile networks are
entering a new era where bandwidth will be breaking through the Gbps barrier. In this work …

In this poster, we revisit the CQIC congestion control and adapt the implementation from
3G/QUIC semantic to LTE/TCP. We identify the reason for performance degradation of End …

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 …