云计算环境下基于优先级的虚拟机动态资源配置

S. Girase, M. Sohani, Suraj Patil
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引用次数: 6

摘要

今天,云计算成为最有前途的新兴技术之一,它将对IT基础设施产生重大影响。尽管如此,云计算仍处于起步阶段。在当前的云计算环境中,应用程序数量众多,由数以百万计的模块组成,这些应用程序服务于大量的用户,用户的请求变得动态。因此,必须提供动态地提供所有资源,以满足在发生资源激烈争用的情况下请求用户的需求。本文提出了一种调度启发式算法,用于云系统的资源分配和请求调度。启发式调度的目的是基于服务水平协议(SLA)对虚拟机(VM)上的请求进行调度,并根据资源的可用性在物理资源上创建新的VM,考虑了基于优先级的VM分配、负载均衡和抢占机制。实验结果表明,提出的启发式算法在优化性能的同时减少了SLA违规的可能性。
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Dynamic resource provisioning in Cloud Computing environment using priority based virtual machine's
Today, Cloud Computing become one of the most promising an emerging technology which will has a significant impact on IT Infrastructure. Still, Cloud Computing is infancy. In the current cloud computing environment there is numerous of application, consist of millions of module, these application serve from large quantity of users and user request becomes dynamic. So there must be provision that all resources are dynamically made available to satisfy the needs of requesting a user in a situation where the resource contention fierce is occurs. In this paper, we propose scheduling heuristic to allocate resource and schedule request for cloud system. An aim of proposed scheduling heuristic is to schedule request on Virtual Machine (VM) based on agreed Service Level Agreements (SLA) and creating new VM on physical resources based on availabilities of resources which considered priority based VM allocation, Load Balancing and Preemption Mechanism. And the experimental results of proposed heuristic helps to optimize performance and at the same time reduce the possibilities of SLA violations.
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