Combining a Continuous Two-way Auction Model and Market-based Factors for Service Allocation in Cloud Computing

Journal Title: System Engineering and Productivity - Year 2022, Vol 1, Issue 1

Abstract

Cloud computing is a new approach to providing computing resources that is rapidly developing and has attracted the attention of many researchers and industry owners. In cloud computing, everything is provided in the form of a service, which can range from hardware infrastructure to various applications. Each user (consumer) refers to cloud computing to perform their required operations and to do this, they need to receive several different services simultaneously or as a workflow. Auction-based methods have high power for managing service allocation in distributed systems such as: cloud computing, grid computing, etc. In this research, a continuous two-way auction method for service allocation in cloud computing is presented, which allows the allocation of different services to users. In this method, consumers and providers thoroughly examine the market by examining various market-based factors and quickly converge their buying and selling prices to the market's acceptable price. The evaluation results show that in the aforementioned method, pricing is fair and based on market supply and demand, and the aforementioned method works efficiently in terms of successful allocation rate, service efficiency, and average allocation time.

Authors and Affiliations

Nima Farajian

Keywords

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  • EP ID EP764858
  • DOI 10.22034/sep.2025.243393
  • Views 16
  • Downloads 1

How To Cite

Nima Farajian (2022). Combining a Continuous Two-way Auction Model and Market-based Factors for Service Allocation in Cloud Computing. System Engineering and Productivity, 1(1), -. https://europub.co.uk/articles/-A-764858