Inter-datacenter networks connect dozens of geographically dispersed datacenters and carry traffic flows with highly variable sizes and different classes. Adaptive flow routing can improve efficiency and performance by assigning paths to new flows according to network status and flow properties. A popular approach widely used for traffic engineering is based on current bandwidth utilization of links. We propose an alternative that reduces bandwidth usage by up to at least 50% and flow completion times by up to at least 40% across various scheduling policies and flow size distributions
Abstract—Data Center (DC) networks exhibit much more cen-tralized characteristics than the legacy In...
Data Center Networks need densely interconnected topologies to provide high bandwidth for various cl...
Datacenters provide cost-effective and flexible access to scalable compute and storage resources nec...
Inter-datacenter networks connect dozens of geographically dispersed datacenters and carry traffic f...
Data center networks leverage multiple parallel paths con-necting end host pairs to offer high bisec...
With the growing popularity of big-data applications, Data Center Networks increasingly carry larger...
International audienceResource competition and conflicts in datacenter networks (DCNs) are frequent ...
Long flows contribute huge volumes of traffic over inter-datacenter WAN. The flow completion time (F...
International audienceLong flows contribute huge volumes of traffic over inter-datacenter WAN. The F...
Currently, telecom operators use virtualization of network infrastructure based on Data Centers (DCs...
With the increasing need to support high performance and distributed cloud-based computing applicati...
Data Center (DC) networks exhibit much more centralized characteristics than the legacy Internet, ye...
Datacenter networks provide high path diversity for traffic between machines. Load balancing traffic...
Datacenter networks provide high path diversity for traffic between machines. Load balancing traffic...
Software Defined Networks (SDNs) decouple control plane from data plane and enable fine-grained traf...
Abstract—Data Center (DC) networks exhibit much more cen-tralized characteristics than the legacy In...
Data Center Networks need densely interconnected topologies to provide high bandwidth for various cl...
Datacenters provide cost-effective and flexible access to scalable compute and storage resources nec...
Inter-datacenter networks connect dozens of geographically dispersed datacenters and carry traffic f...
Data center networks leverage multiple parallel paths con-necting end host pairs to offer high bisec...
With the growing popularity of big-data applications, Data Center Networks increasingly carry larger...
International audienceResource competition and conflicts in datacenter networks (DCNs) are frequent ...
Long flows contribute huge volumes of traffic over inter-datacenter WAN. The flow completion time (F...
International audienceLong flows contribute huge volumes of traffic over inter-datacenter WAN. The F...
Currently, telecom operators use virtualization of network infrastructure based on Data Centers (DCs...
With the increasing need to support high performance and distributed cloud-based computing applicati...
Data Center (DC) networks exhibit much more centralized characteristics than the legacy Internet, ye...
Datacenter networks provide high path diversity for traffic between machines. Load balancing traffic...
Datacenter networks provide high path diversity for traffic between machines. Load balancing traffic...
Software Defined Networks (SDNs) decouple control plane from data plane and enable fine-grained traf...
Abstract—Data Center (DC) networks exhibit much more cen-tralized characteristics than the legacy In...
Data Center Networks need densely interconnected topologies to provide high bandwidth for various cl...
Datacenters provide cost-effective and flexible access to scalable compute and storage resources nec...