2021
DOI: 10.1007/s10586-021-03253-z
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Cooperative game approach to form overlapping cloud federation based on inter-cloud architecture

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Cited by 10 publications
(3 citation statements)
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References 38 publications
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“…When conflicts occur, agents use negotiation to relax, reconfigure, or compose the demand until a compromise is reached or negotiations are terminated. Hassan et al [31] and Ayachi et al [40] proposed an agent-based cooperative gametheoretic solution that is mutually beneficial to cloud providers in horizontal dynamic cloud federations, shows better resource allocation performance and requires minimal computation time. Sim [3] proposed an agentbased economic model for analyzing two-tier negotiation in dynamic intercloud, i.e., consumer-to-provider negotiation and provider-to-provider negotiation.…”
Section: Related Workmentioning
confidence: 99%
“…When conflicts occur, agents use negotiation to relax, reconfigure, or compose the demand until a compromise is reached or negotiations are terminated. Hassan et al [31] and Ayachi et al [40] proposed an agent-based cooperative gametheoretic solution that is mutually beneficial to cloud providers in horizontal dynamic cloud federations, shows better resource allocation performance and requires minimal computation time. Sim [3] proposed an agentbased economic model for analyzing two-tier negotiation in dynamic intercloud, i.e., consumer-to-provider negotiation and provider-to-provider negotiation.…”
Section: Related Workmentioning
confidence: 99%
“…When conflicts occur, agents use negotiation to relax, reconfigure, or compose the demand until a compromise is reached or negotiations are terminated. Hassan et al [31] and Ayachi et al [40] proposed the agent-based cooperative game-theoretic solution that is mutually beneficial to cloud providers in horizontal dynamic cloud federations, shows better performance for resource allocation and requires minimal computation time. Sim [3] proposed an agent-based economic model for analyzing two-tier negotiation in the dynamic intercloud: consumer-to-provider negotiation and provider-toprovider negotiation.…”
Section: Vertical Federation Cloudmentioning
confidence: 99%
“…When conflicts occur, agents use negotiation to relax, reconfigure, or compose the demand until a compromise is reached or negotiations are terminated. Hassan et al [33] and Ayachi et al [42] proposed the agent-based cooperative game-theoretic solution that is mutually beneficial to cloud providers in horizontal dynamic cloud federations, shows better performance for resource allocation and requires minimal computation time. Sim [3] proposed an agent-based economic model for analyzing two-tier negotiation in the dynamic intercloud: consumer-to-provider negotiation and provider-toprovider negotiation.…”
Section: Vertical Federation Cloudmentioning
confidence: 99%