Datacenters are now used as the underlying infrastructure of many modern commercial
operations, powering both large Internet services and a growing number of data-intensive …

Minimizing the flow completion times (FCTs), especially for the short flows, is widely deemed
an important optimization goal in designing data center networks, while flow scheduling …

Coflow scheduling plays a crucial role in enhancing network-level performance in
datacenter applications. Existing works on coflow scheduling predominantly concentrate on …

Data parallel applications in data centers generate, process, and store huge volumes of
data. Coflow Completion time (CCT) is one of the major performance metrics to capture …

In recent years, online data-intensive (OLDI) applications have become particularly common
in data center networks (DCNs), such as web search, advertisement systems, and …

Large cluster-based cloud computing platforms increasingly use commodity Ethernet
technologies, such as Gigabit Ethernet, 10GigE, and Fibre Channel over Ethernet (FCoE) …

Data-parallel applications often generate hundreds of flows at the same time in data centers.
Since these flows are always connected with application context, traditional flow-level …

We propose a scheme to schedule the transmission of data center traffic to guarantee a
transmission rate for long flows without affecting the rapid transmission required by short …

With various applications running, data centers are widely deployed in industry as the
essential infrastructure around the world. These applications are interactive in nature with …

Minimizing flow completion times (FCT) is a critical issue in datacenter networks. Existing
approaches either cannot minimize FCT (ie, DCTCP) or are costly to deploy with hardware …