Known as smartphones, multihomed devices like the iPhone and BlackBerry can
simultaneously connect to Wi-Fi and 4G LTE networks. Unfortunately, due to the …

Concurrent multipath transfer (CMT) using the stream control transmission protocol (SCTP)
can exploit multihomed devices to enhance data communications. While SCTP is a new …

Since its inception in the early 70's, the Internet has expanded to interconnect billions of
computers. The last decade has seen the rise of multi-connected devices, such as …

Multi-path transfer protocols such as Concurrent Multi-Path Transfer for SCTP and Multi-Path
TCP (MPTCP), are becoming increasingly popular, due to widespread deployment of …

The growing availability of multiple network interfaces on both mobile and fixed hosts makes
concurrent multipath transfer (CMT) an appealing option to improve the performance of …

The growing availability of multiple network interfaces on mobile devices makes concurrent
multipath transfer an appealing candidate to satisfy the ever increasing user demand for …

Disparate path characteristics and a constrained receive buffer can frustrate the promised
performance gains of concurrent multipath transfer (CMT). Known as the receive buffer …

A multihome-capable transport layer protocol allows an application to transmit data via
multiple (disjoint) paths simultaneously, a scheme termed concurrent multipath transfer …

Concurrent multipath transfer (CMT) uses the Stream Control Transmission Protocol's
(SCTP) multihoming feature to distribute data across multiple end-to-end paths in a …

One major problem of concurrent multi-path transfer (CMT) scheme in multi-homed mobile
networks is that the utilization of different paths with diverse delays may cause packet …