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 …

This paper explores the potential benefits and pitfalls of Multipath TCP (MPTCP) in
smartphones via an extensive experimental study over real Android applications. We …

Smartphones are the most popular mobile multihomed devices. End-user expects that
thanks to their WiFi and cellular interfaces, they are able to seamlessly use all available …

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 …

Multipath TCP is a recent TCP extension that enables multihomed hosts like smartphones to
send and receive data over multiple interfaces. Despite the growing interest in this new TCP …

Multipath TCP is a recent TCP extension that enables multihomed hosts like smartphones to
send and receive data over multiple interfaces. Despite the growing interest in this new …

With the popularity of mobile devices and the pervasive use of cellular technology, there is
widespread interest in hybrid networks and on how to achieve robustness and good …

With the adoption of Multipath TCP by Apple for its iPhones, there is a growing interest in
using multipath transport to seamlessly support different network interfaces on mobile …

Multipath TCP is a new transport protocol that enables systems to exploit available paths
through multiple network interfaces. MPTCP is particularly useful for mobile devices, which …

Today's mobile devices are usually equipped with multiple wireless network interfaces that
provide new opportunities for improving application performance. In this paper, we conduct …