A genetic algorithm based scheduler for cloud environment

Rui Wang, Ting-Lei Huang
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引用次数: 23

Abstract

Cloud Computing is a computing model that is widely accepted both in the academia and industry mainly because it offers resources on-demand and they are rapidly provisioned. Such a provisioning sytem calls for efficient scheduling mechanisms for allocation and de-allocation of resources. A good scheduling mechanism should satisfy the QoS requirements of the user and at the same time make an efficent utilization of resources. Scheduling algorithms which are application-centric tend to optimize the performance of each individual application whereas those that are resource-centric tend to optimize the performance of each resource. Hence there exists a need for a good scheduling algorithm that optimizes both these factors. This paper proposes a bi-ojective Genetic Algorithm based scheduler for cloud that optimizes the makespan (application-centric) and average processor utilization (resource-centric).
基于遗传算法的云环境调度器
云计算是一种被学术界和工业界广泛接受的计算模型,主要是因为它按需提供资源,并且可以快速供应。这样的供应系统需要有效的资源分配和回收调度机制。一个好的调度机制既要满足用户对QoS的要求,又要有效地利用资源。以应用程序为中心的调度算法倾向于优化每个单独应用程序的性能,而以资源为中心的调度算法则倾向于优化每个资源的性能。因此,需要一个好的调度算法来优化这两个因素。本文提出了一种基于双目标遗传算法的云调度程序,以优化最大运行时间(以应用为中心)和平均处理器利用率(以资源为中心)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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