2018Universiti Putra Malaysia Institutional Repository (Universiti Putra Malaysia)Open access

Enhance Cloudlet Scheduling Policy (ECSP) using cloudsim toolkit with resubmission fault tolerance mechanism

Juliza Auzir

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Abstract

Several research works are still going on in the domain of cloud computing and many traditional methods are used to highlight the parameters involved in QoS (Quality of Services) of cloud. QoS is associated with several parameters used to guarantee a service level such as performance, availability, and reliability. In cloud computing, to ensure cloud services proficient in environment, one of the challenges is to provide efficient cloudlet scheduling policy. The cloudlet scheduling policy plays key role as a lead to improve overall system performance such as minimizing the turnaround time waiting time and context switching. This project emphasizes and evaluates the QoS parameter by performed result comparison with previous work – Improved Round Robin Cloudlet Scheduling Algorithm (IRRCSA) and Round Robin Algorithm (RRA). CloudSim Toolkit will be used to improved cloudlet scheduling algorithm as well as Qualtiy of Sevice (QoS) performance by providing better execution time and turnaround time. In addition, this project also will include fault tolerance function as extended from previous work.

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Several research works are still going on in the domain of cloud computing and many traditional methods are used to highlight the parameters involved in QoS (Quality of Services) of cloud. QoS is associated with several parameters used to guarantee a service level such as performance, availability, and reliability. In cloud computing, to ensure cloud services proficient in environment, one of the challenges is to provide efficient cloudlet scheduling policy. The cloudlet scheduling policy plays key role as a lead to improve overall system performance such as minimizing the turnaround time waiting time and context switching. This project emphasizes and evaluates the QoS parameter by performed result comparison with previous work – Improved Round Robin Cloudlet Scheduling Algorithm (IRRCSA) and Round Robin Algorithm (RRA). CloudSim Toolkit will be used to improved cloudlet scheduling algorithm as well as Qualtiy of Sevice (QoS) performance by providing better execution time and turnaround time. In addition, this project also will include fault tolerance function as extended from previous work.

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Available abstract

Several research works are still going on in the domain of cloud computing and many traditional methods are used to highlight the parameters involved in QoS (Quality of Services) of cloud. QoS is associated with several parameters used to guarantee a service level such as performance, availability, and reliability. In cloud computing, to ensure cloud services proficient in environment, one of the challenges is to provide efficient cloudlet scheduling policy. The cloudlet scheduling policy plays key role as a lead to improve overall system performance such as minimizing the turnaround time waiting time and context switching. This project emphasizes and evaluates the QoS parameter by performed result comparison with previous work – Improved Round Robin Cloudlet Scheduling Algorithm (IRRCSA) and Round Robin Algorithm (RRA). CloudSim Toolkit will be used to improved cloudlet scheduling algorithm as well as Qualtiy of Sevice (QoS) performance by providing better execution time and turnaround time. In addition, this project also will include fault tolerance function as extended from previous work.

Key concepts: Cloudlet, CloudSim, Computer science, Cloud computing, Quality of service, Distributed computing, Scheduling (production processes), Turnaround time

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