Future data centers are anticipated to embrace cutting-edge circuit switching technologies,
particularly optical switching, renowned for their heightened transmission capacity and …

Datacenter networks (DCNs) consisting of optical circuit switches (OCSs) have been
considered as a promising solution to dramatically improve their transmission capacity …

A Clos network is well known as a switching network structure that can achieve a strict-
sense non-blocking condition. However, the non-blocking condition is too restrictive to …

<? TeX 2pc 0pt?> Datacenter networks (DCNs) evolve over years and so comprise switches
from different generations. Thus, each stage/layer of the Clos fabric may consist of switches …

A future data center network is expected to be constructed by a Clos network consisting of
optical-circuit switches to deal with traffic growth. A previous model addressed a Clos …

A data center network often employs a Clos-network structure due to scalability nature. A
previous design model analyzed blocking probability to guarantee the quality of Clos …

<? TeX 2pc 0pt?> Some data center networks have already started to use optical circuit
switching (OCS) with potential performance benefits, including high capacity, low latency …

In the literature, three-stage switching networks have been considered for nodes in elastic
optical networks, where switches with spectrum conversion capability are placed in the first …

Data center networks (DCNs) consisting of optical-circuit switches (OCSes) have been
intensively studied due to optical transmission's high capacity and energy efficiency. Since …

Anticipated is the establishing of a future data center network, built with a Clos network
comprising optical-circuit switches to manage the increasing traffic volume. A twisted and …