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Efficient Resource Utilization Algorithm (ERUA) for Service Request Scheduling in Cloud

机译:云中服务请求调度的高效资源利用算法(ERUA)

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Cloud computing provides us with the massive pool of resources in terms of pay-as-you-use policy. Cloud delivers these resources on demand through the use of network resources under different load conditions. As the users will be charged based on their usage the effective utilization of resources poses a major challenge. To accomplish this, a service request scheduling algorithm which reduces the waiting time of the task in the scheduler and maximizes the Quality of Service (QoS) is needed. Our proposed algorithm named Effective Resource Utilization Algorithm (ERUA) is based on 3-tier cloud architecture (Consumer, Service Provider and the Resource Provider) which benefits both the user (QoS) and the service provider (Cost) through effective schedule reallocation based on utilization ratio leading to better resource utilization. Performance analysis made with the existing scheduling techniques shows that our algorithm gives out a more optimized schedule and enhances the efficiency rate.
机译:就按使用付费政策而言,云计算为我们提供了大量资源。云通过在不同负载条件下使用网络资源来按需交付这些资源。由于将根据用户的使用向用户收费,因此资源的有效利用构成了重大挑战。为此,需要一种减少请求在调度程序中的等待时间并最大化服务质量(QoS)的服务请求调度算法。我们提出的名为有效资源利用算法(ERUA)的算法基于3层云架构(消费者,服务提供商和资源提供商),该架构通过基于以下内容的有效计划重新分配而使用户(QoS)和服务提供商(Cost)受益利用率提高了资源利用率。使用现有调度技术进行的性能分析表明,我们的算法给出了更优化的调度并提高了效率。

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