Main Reference PaperA Truthful (1- )-Optimal Mechanism for On-demand Cloud Resource Provisioning, IEEE Conference on Computer Communications (INFOCOM),[Java/Cloudsim with extension]
  • It proposes an efficient randomized auction mechanism based on a novel application of smoothed analysis and randomized reduction, for dynamic VM provisioning and pricing in geo-distributed cloud data centers. It achieves, truthfulness in expectation, polynomial running time in expectation, and (1-∈)-optimal social welfare in expectation for resource allocation, where ∈ can be arbitrarily close to 0. It consists of three modules 1.An exact algorithm to solve the NP-hard social welfare maximization problem 2.A perturbation-based randomized resource allocation scheme and 3.An auction mechanism

Description
  • It proposes an efficient randomized auction mechanism based on a novel application of smoothed analysis and randomized reduction, for dynamic VM provisioning and pricing in geo-distributed cloud data centers. It achieves, truthfulness in expectation, polynomial running time in expectation, and (1-∈)-optimal social welfare in expectation for resource allocation, where ∈ can be arbitrarily close to 0. It consists of three modules 1.An exact algorithm to solve the NP-hard social welfare maximization problem 2.A perturbation-based randomized resource allocation scheme and 3.An auction mechanism

  • To achieve an auction mechanism truthful in expectation.

Aim & Objectives
  • To achieve an auction mechanism truthful in expectation.

  • This technique is generalized to work for a rich class of combinatorial auctions,other than VM auctions.

Contribution
  • This technique is generalized to work for a rich class of combinatorial auctions,other than VM auctions.

  • M.E / M.Tech / MS / Ph.D.- Customized according to the client requirements.

Project Recommended For
  • M.E / M.Tech / MS / Ph.D.- Customized according to the client requirements.

  • No Readymade Projects-project delivery Depending on the complexity of the project and requirements.

Order To Delivery
  • No Readymade Projects-project delivery Depending on the complexity of the project and requirements.

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