A High-Performantal and Server-Centric Based Data Center Network

With the increasing demand of data center interconnection in the network cloud era, data center networks (DCNs) play key roles in computing and communication, becoming the center of a great deal of resources and business. Therefore, how to design a DCN with good performance has been a significant issue in networks. The hypercube is a popular interconnection network topology with low diameter, symmetry and recursive structure, and scalability. As a variant of the hypercube, the crossed cube not only retains the excellent properties of the hypercube, but also performs better in terms of Hamiltonian-connectivity, embeddability, diameter, etc. In this paper, we first propose a novel and server-centric DCN, called CSDC, which is based on the crossed cube network. The performance of CSDC can be characterized by the properties of its logical structure, so we then give its logical structure
$C_{n}$
, and determine the connectivity and edge-connectivity of
$C_{n}$
. Furthermore, we explore the fault-tolerant paths and disjoint paths between any two distinct nodes in
$C_{n}$
, and obtain the diameter of
$C_{n}$
. Moreover, we propose a method to construct two completely independent spanning trees (CISTs) in
$C_{n}$
. Extensive evaluations demonstrate that CSDC is a magnetic DCN for building large-scale data centers.