文章基本信息

标题：A Guideline for Virtual Machine Migration Algorithm in Cloud Computing Environment
本地全文：下载
作者：Vijyaya Raju Motru ; Penmetsa V Krishna Raju ; Ashok Kote 等
期刊名称：IJCCER
印刷版ISSN：2321-418X
电子版ISSN：2321-4198
出版年度：2015
卷号：3
期号：5
页码：93-97
语种：English
出版社：Eoryx Publications
摘要：Live relocation of virtual machines (VMs) is generally utilized for overseeing distributed computing stages. Notwithstanding, live relocation causes execution obstruction on cloud administrations running on moved VMs or different VMs arranging with the administrations amid or after movement. Solidification of various applications on a solitary Physical Machine (PM) inside of a cloud server farm can expand usage, minimize vitality utilization, and diminish operational expenses. Notwithstanding, these advantages come at the expense of expanding the unpredictability of the booking issue. In this paper, we show a topology-mindful asset administration structure. As a major aspect of this system, we present a PlaceMent scheduler that gives and keeps up solid distributions with low support costs for server farms with element workloads. We concentrate on workloads including both brief cluster employments and inertness delicate administrations, for example, intuitive web applications. The scheduler relegates assets to Virtual Machines and keeps up pressing productivity while considering movement costs. As indicated by our exploratory results, we uncover the exchange offs of every relocation arrangement and usage that are not simply identified with downtime and movement time and present rules for selecting proper strategies and executions.
其他摘要：Live relocation of virtual machines (VMs) is generally utilized for overseeing distributed computing stages. Notwithstanding, live relocation causes execution obstruction on cloud administrations running on moved VMs or different VMs arranging with the administrations amid or after movement. Solidification of various applications on a solitary Physical Machine (PM) inside of a cloud server farm can expand usage, minimize vitality utilization, and diminish operational expenses. Notwithstanding, these advantages come at the expense of expanding the unpredictability of the booking issue. In this paper, we show a topology-mindful asset administration structure. As a major aspect of this system, we present a PlaceMent scheduler that gives and keeps up solid distributions with low support costs for server farms with element workloads. We concentrate on workloads including both brief cluster employments and inertness delicate administrations, for example, intuitive web applications. The scheduler relegates assets to Virtual Machines and keeps up pressing productivity while considering movement costs. As indicated by our exploratory results, we uncover the exchange offs of every relocation arrangement and usage that are not simply identified with downtime and movement time and present rules for selecting proper strategies and executions.
关键词：Cloud Computing;Peer to peer;Virtual Machine consolidation;Physical Machine;Resource management.