DocumentCode
3579389
Title
MOSt-CB: SLA enforcement and smart VNE (Virtual network embedding) in a multi cloud providers environment
Author
Ait-Idir, Mustapha ; Cherkaoui, El Hadi ; Rachkidi, Elie ; Chendeb, Nada ; Agoulmine, Nazim
Author_Institution
IBISC Lab., Univ. of Evry, Evry, France
fYear
2014
Firstpage
86
Lastpage
92
Abstract
Cloud Computing has become in just few years a key consideration for businesses and governments willing to externalize their infrastructure, increase flexibility and reduce the cost of their infrastructure (CAPEX), maintenance and operation (OPEX). Although several commercial solutions are available, there are still numerous issues to solve. Two important aspects to address are the lock-in risk with one Cloud Provider (CP) and the fulfillment of the contractual SLA (Service Level Agreement). In this paper, we propose an integrated approach based on the concept of Broker that takes benefit from different CPs to efficiently embed a complex service into the various available cloud infrastructures. The Broker approach allows Cloud Customer (CC) to be independent from any particular CP while taking benefit from the overall available resources and avoid the lock-in with a particular one. In addition, we leverage the service model to provide Customers with the possibility to request different types of services (e.g. compound service) and propose a solution to fulfill requested Customer SLA in terms of availability, cost and geographic location according to the contracted SLA between the Broker and the CPs. We have implemented the solution in a lab cloud infrastructure and performed several tests and simulations to highlight the benefit of our approach.
Keywords
cloud computing; contracts; virtualisation; CAPEX; MOSt-CB; OPEX; SLA enforcement; broker approach; cloud computing; cloud customer; cloud provider; compound service; customer SLA; lab cloud infrastructure; multicloud provider environment; service level agreement; smart VNE; virtual network embedding; Bandwidth; Cloud computing; Clustering algorithms; Conferences; Partitioning algorithms; Quality of service; Substrates; Broker; Cloud Computing; Compound Service; Graph; QoS; SLA;
fLanguage
English
Publisher
ieee
Conference_Titel
Globecom Workshops (GC Wkshps), 2014
Type
conf
DOI
10.1109/GLOCOMW.2014.7063391
Filename
7063391
Link To Document