Today, data center networks (DCNs) are built using multi-tier architecture. These large-scale
networks face many challenges, such as security, delay, low throughput, loops, link …

Recently, a series of data center network architectures have been proposed. The goal of
these works is to interconnect a large number of servers with significant bandwidth …

Data Center Networks (DCNs) have gone through major evolutionary changes over the past
decades. Yet, it is still difficult to predict loads fluctuation and congestion spikes in the …

Underlying network provides infrastructures for cloud computing in data centers. The server-
centric architectures integrate network and compute, which place routing intelligence on …

To store and process big data, large-scale data centers are built to interconnect a huge
number of servers, which is a challenging task due to the network scalability and …

The increasing complexity and sophistication of data center applications demands new
features in the data center designs. With the deployment of large range of applications, there …

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

ABSTRACT Data Centers (DCs) are experiencing a tremendous growth in the number of
hosted servers. Aggregate bandwidth requirement is a major bottleneck to data center …

With the widespread deployment of cloud services, data center networks are developing
toward large‐scale, multi‐path networks. Conventional switching‐oriented data center …

Fat tree is a scalable and widely deployed data center network topology. In this paper, a
novel framework for designing per-packet load-balanced routing algorithms in fat tree called …