Flexible low-latency metro-access converged network architecture based on optical time slice switching
The “pay-as-you-grow” cloud computing model has become popular for today's enterprises.
Cloud computing not only frees end users from complex operations, but also allows higher …
Cloud computing not only frees end users from complex operations, but also allows higher …
Flexible network architecture and provisioning strategy for geographically distributed metro data centers
The fifth generation of mobile networks (5G) is expected to introduce new services with strict
end-to-end delay requirements. For this reason, service providers and network operators are …
end-to-end delay requirements. For this reason, service providers and network operators are …
Precise time distribution and synchronization for low latency slotted optical metro-access networks
Future optical metro access networks will connect heterogeneous access technologies like
beyond 5G radio access networks and edge computing interconnections. These access …
beyond 5G radio access networks and edge computing interconnections. These access …
Enabling low latency at large-scale data center and high-performance computing interconnect networks using fine-grained all-optical switching technology
In large-scale data center (DC) and high performance computing (HPC) interconnect
networks, end-to-end latency becomes a fatal problem due to the processing and queuing …
networks, end-to-end latency becomes a fatal problem due to the processing and queuing …
Adaptive DC interconnection provisioning in distributed all-optical micro-datacenters using holistically SDN orchestration for dynamic access
The metro-embedded datacenter (ME-DC) architecture which is based on micro-DCs (mDC)
is introduced and implemented to deliver more flexible services with less access latency …
is introduced and implemented to deliver more flexible services with less access latency …
Experimental assessment of automatic optical metro edge computing network for beyond 5G applications and network service composition
The upcoming 5G and beyond 5G heterogeneous applications with different quality of
service (QoS) will impose strict latency, bandwidth, and flexibility requirements on optical …
service (QoS) will impose strict latency, bandwidth, and flexibility requirements on optical …
[PDF][PDF] Time-aware Software Defined Networking for OpenFlow-based Datacenter Optical Networks.
Data center networks are considered to make use of the computing and storage resources in
data centers, which include intra-datacenter and inter-datacenter networks. Both of them will …
data centers, which include intra-datacenter and inter-datacenter networks. Both of them will …
Fine-grained all-optical switching based on optical time slice switching for hybrid packet-OCS intra-data center networks
We propose a hybrid packet-OCS intra-datacenter network architecture with bufferless sub-
wavelength all-optical time slice switching enabled by high-precision time synchronization …
wavelength all-optical time slice switching enabled by high-precision time synchronization …
A Scalable Optical Intra-Cluster Data Center Network with an Efficient WDMA protocol: Performance and Power Consumption Study
P Baziana, G Drainakis - 2021 30th Wireless and Optical …, 2021 - ieeexplore.ieee.org
Optical switching technology arises as the dominant technology for data center networks
(DCNs), grace to its inherent capability to serve time-sensitive traffic with low power …
(DCNs), grace to its inherent capability to serve time-sensitive traffic with low power …
Impact of metro-embedded data centers on metropolitan network design and traffic profile
Traditional data centers (DCs) that are located in distant areas usually lack flexibility and
also have long service latency for metro users. On the other hand, the recently introduced …
also have long service latency for metro users. On the other hand, the recently introduced …