Publication | Closed Access
Energy Efficient Minimum Spanning Tree in OpenFlow Networks
23
Citations
7
References
2012
Year
Unknown Venue
Cluster ComputingEngineeringEnergy EfficiencyComputer ArchitectureNetwork AnalysisVirtual Test BedGreen NetworkingSimple OpenflowcontrollerSystems EngineeringInternet Of ThingsNetwork OptimizationAdvanced NetworkingNetwork VirtualizationSoftware-defined NetworkingGreen MstComputer EngineeringEdge ComputingCloud ComputingOpenflow NetworksSoftware-defined InfrastructureEnergy-efficient Networking
Software Defined Networking and OpenFlow are enabling a new range of applications and services for tomorrow networks. At the same time, reducing the energy impact of datacentres and carrier networks will be an important topic in next years. The article presents Green MST, a simple OpenFlowcontroller that creates a loop-free layer2 topology according to application specified metrics and permits to reduce the network electric energy consumption. The design and the implementation on a virtual test bed of the controller's prototype are presented as well as the results of initial measurements.
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