Fuzzy based Hybrid Genetic Algorithm for Efficient Cloud Job Scheduling

Authors

  • Jyoti *
  • Hemlata *
  • Gyanender Kumar

DOI:

https://doi.org/10.37591/joadms.v8i1.2668

Keywords:

Automatic service deployment (ASD), cloud computing, meta broker (MB), meta negotiator (MN), quality of service, service level agreement, virtual machine

Abstract

Abstract

These days enterprises need to keep up a lot of uses getting to buy a large number of clients everywhere over the world. Keeping up their own foundation, overseeing programming prerequisites, and taking care of exorbitant excessive internet is difficult. This makes them move towards cloud computing. Cloud computing is a service provisioning strategy where clients can lease any assets like equipment, programming, or stage to build up an application. Clients need to pay just for how much the assets were devoured, and can powerfully increase or decrease the asset limit depending on the situation. Since clients are paying for the administrations, they anticipate the nature of administration from the supplier. Giving the nature of administration and pulling in the clients is a difficult issue for the suppliers. If not, clients will move towards other cloud suppliers. Hence, Service Level Agreement (SLA) is made among suppliers and clients that incorporate assistance quality, assets capacity, versatility, commitments, and outcomes in the event of an infringement. Fulfilling SLA is vital and a difficult issue. In this paper, diverse systems and strategies proposed by the various creators for givingthe nature of administration and keeping up SLA are discussed. We propose a cloud service planning model that is alluded to as the Task Scheduling System (TSS). In the client module, the interaction time of each task is as per an overall distribution. In the task scheduling module, we take a weighted amount of makes skillet and stream time as the target capacity and utilize a fluffy-based Genetic Algorithm (GA) to take care of the issue of cloud task planning. Simulation results show that the convergence speed and output performance of fuzzy-based Ant Colony Optimization (F-ACO) are optimal.

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Published

2021-06-01

Issue

Vol. 8 No. 1 (2021)

Section

Review Articles

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