Data center networks usually employ the scale-out model to provide high bisection
bandwidth for applications. A large amount of data is required to be transferred frequently …

In the era of modern technology, the demand for seamless and fast communication service
is gradually increasing. Moreover, as time goes on, more devices are getting connected to …

To efficiently exploit the network resources operators, do traffic engineering (TE), ie, adapt
the routing of traffic to the prevailing demands. TE in large IP networks typically relies on …

In order to adapt to the rapid development of cloud computing, big data, and other
technologies, the combination of data center networks and SDN is proposed to make …

Modern data-center applications generate a diverse mix of short and long flows with different
performance requirements and weaknesses. The short flows are typically delay-sensitive but …

In the data center network, traffic has a distinct heavy-tailed distribution characteristic, with
the minority of throughput-sensitive elephant flows occupy most of the bandwidth and the …

Load balancing mechanisms spread traffic across multiple paths to achieve high throughput
and low latency in data center networks. Flowlet switching has been proven to be a powerful …

Multipath enhances the reliability and bandwidth of datacenter networks, but it also
necessitates effective load balancing. The dynamic nature of traffic and diverse flow …

Modern datacenter topologies typically are multi-rooted trees consisting of multiple paths
between any given pair of hosts. Recent load balancing designs focus on making full use of …

Software-defined networks (SDNs) have the capabilities of controlling the efficient
movement of data flows through a network to fulfill sufficient flow management and effective …