Title :
Elasticity as a service for federated cloud testbeds
Author :
Carella, Giuseppe ; Magedanz, T. ; Campowsky, Konrad ; Schreiner, Florian
Author_Institution :
Tech. Univ., Berlin, Germany
Abstract :
This paper presents the design, real-world deployment and evaluation of FOKUS Cloud Broker´s core component, the Elasticity Engine. The engine enables Elasticity as a Service, by providing dynamic and optimized cloud resource allocation for federated cloud platform environments. Deployed and evaluated within the European large-scale, multi-site cloud experimental facility BonFIRE this work provides a realistic assertion of the performance of the Elasticity Engine´s cloud resource allocation performance. Being a very typical scenario for today´s cloud platform users who are having the free choice to select amongst multiple cloud platform offerings, this work provides a rough, but realistic assertion on what can be expected of an elastic multi-cloud resource provisioning system in terms of performance.
Keywords :
cloud computing; resource allocation; BonFIRE cloud experimental facility; FOKUS cloud broker; cloud resource allocation; elastic multicloud resource provisioning system; elasticity engine; elasticity-as-a-service; federated cloud platform environments; Cloud computing; Computer architecture; Elasticity; Engines; Monitoring; Resource management; Virtual machining; Cloud computing; Future Internet; crossplatform; elasticity; multi-cloud; rules engine;
Conference_Titel :
Communications Workshops (ICC), 2013 IEEE International Conference on
Conference_Location :
Budapest
DOI :
10.1109/ICCW.2013.6649239