In order to satisfy the high bandwidth and performance demands of applications, host
servers are built with multiple network interfaces, and a data center network consists of …

With the development of datacenter networks (DCNs) towards high bandwidth and low
latency, the demands of high-level datacenter applications are heading towards high …

Multipath TCP (MPTCP) enables transmission via multiple routes for an end-to-end
connection to improve resource usage of regular TCP. Due to the increasing concern in …

TCP incast problem has become a severe problem in datacenters due to the catastrophic
collapse of goodput at the receiver side. Many solutions have been proposed, however …

TCP Incast, also known as TCP throughput collapse, is a term used to describe a link
capacity under-utilization phenomenon in certain many-to-one communication patterns …

MPTCP exploits using a device's multiple interfaces to achieve higher end-to-end
throughput and increased robustness during times of path failure. We consider potential …

Modern data center nowadays leverages highly concurrent TCP connections between
thousands of computer servers to achieve high system performance and service reliability …

Multipath TCP (MPTCP) is an evolvable technology for bandwidth aggregation on a mobile
device. MPTCP naturally and concurrently exploits wireless links via different interfaces (ie …

TCP incast congestion happens in high-bandwidth and low-latency networks, when multiple
synchronized servers send data to a same receiver in parallel [15]. For many important data …

Many data center applications are latency-sensitive. Monitoring continuously the network
latency and reacting to congestion on a network path is important to ensure that the …