Data center networks (DCNs) act as critical infrastructures for emerging technologies. In
general, a DCN involves a multi-rooted tree with various shortest paths of equal length from …

In the data center environment, meeting the dissimilar requirements of transmission
performance for long and short data flows is crucial for guaranteeing the data center service …

Existing data centers can handle a massive amount of data transmitted in a short time with
minimum errors. Data center networks (DCNs) use cost‐effective, multipath topologies to …

Today's Data Center Networks (DCNs) contain tens of thousands of hosts with significant
bandwidth requirements as the needs for cloud computing, multimedia contents, and big …

Modern data center topologies often take the form of a multi-rooted tree with rich parallel
paths to provide high bandwidth. However, various path diversities caused by traffic …

Recent Data center network topologies put forward multiple paths between the end hosts to
provide high bisection bandwidth. For the sake of efficient utilization of multiple paths many …

In recent years, the rapid emergence of Internet industries such as big data and cloud
computing has led to significant growth in data centers. The integration of Software Defined …

With the explosive data growth, an enormous number of computing and networking
components (eg, servers, switches, and wires) are continuously being augmented to data …

Due to the explosive growth of all kinds of Internet services, data centers have become an
irreplaceable and vital infrastructure to support this soaring trend. Compared with traditional …

Recent Data center network topologies put forward multiple paths between the end hosts to
provide high bisection bandwidth. For the sake of utilizing the multiple paths efficiently many …