Many cloud systems utilize low-priority flows to achieve various performance objectives (eg,
low latency, high utilization), relying on TCP as their preferred transport protocol. However …

We introduce a new, simple, yet effective scheme for reducing the impact of receiver buffer
blocking in Multipath TCP (MPTCP). This blocking primarily occurs when the paths have …

In high bandwidth and low latency data center networks, when multiple data senders
simultaneously communicate with a single receiver, namely in many-to-one communication …

Modern data centres provide large aggregate network capacity and multiple paths among
servers. Traffic in data centres is very diverse; most of the data is produced by long …

Multi-path TCP has recently shown great potential to take advantage of the rich path
diversity in data center networks (DCN) to increase transmission throughput. However, the …

Multipath TCP (MPTCP) has been increasingly adopted in the current and next generation of
mobile wireless networks. MPTCP can exploit multiple wireless links for an application; …

MPTCP and its ECN-capable variants such as XMP and DCM have recently been
introduced to effectively exploit the path diversity of modern data center networks (DCNs) …

Modern Data Centers (DCs) host hundreds of thousands of servers running diverse
applications and services. The variety of these applications mandates distinct requirements …

As many-to-one traffic patterns prevail in data center networks, TCP flows often suffer from
severe unfairness in sharing bottleneck bandwidth, which is known as the TCP outcast …

TCP Incast is one of the typical datacenter problems that may affect network efficiency in a
many to one transmission session, in which the completion time of the whole session …