The primary focus of Next Generation Networks (NGN) is towards improving the
performance by reducing latency in the network, increasing peak throughput and improving …

As the Internet evolves to include many very high speed and long distance network paths,
the performance of TCP have improved. Particularly, modern loss-based TCPs increase the …

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 …

A large fraction of smartphones have both cellular and WiFi interfaces. Despite this,
smartphones rarely use them simultaneously because most of their data traffic is controlled …

Multipath TCP (MPTCP) is an enhancement of TCP, capable of using multiple network paths
to enhance the throughput and reliability. The current implementation of MPTCP does not …

Multipath TCP enables smartphones to simultaneously use both WiFi and LTE to exchange
data over a single connection. This provides bandwidth aggregation and more importantly …

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 …

CUBIC TCP, a variant of the traditional TCP, is the default congestion control algorithm
deployed in Linux kernels above 2.6 version. CUBIC is mainly designed for high speed, long …

Multipath TCP enables smartphones to simultaneously use both WiFi and LTE to exchange
data over a single connection. This provides bandwidth aggregation and more importantly …

The Next Generation Networks (NGN) set its standard to provide very high data rates, Ultra-
Reliable Low Latency Communications (URLLC), increased network capacity and …