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2013•Unpublished venueRequires access

ENHANCED TIME SERIES BASED PRE-COPY METHOD FOR LIVE MIGRATION OF VIRTUAL MACHINE

Neha Agrawal, R. K. Pateriya

Open publisher page 3 citations

Abstract

Virtualization technology plays a great role in cloud computing. Virtualization supports creation and migration of virtual machines (VM) on physical hosts. Live migration provides the load balancing of virtual machine. One of the objectives of live migration is that it should have minimum migration time as well as downtime so that application running on VM will be suspended for negligible time. In this paper we proposed an improved time series based live migration technique which modifies the existing time series based algorithm and provide the second chance (SC) to pages before sending to destination. This approach is very useful in reducing total number of duplicated pages in various iterations, resulting in reduced migration time and total migration time. I.

About this research paper

What this paper is about

Virtualization technology plays a great role in cloud computing. Virtualization supports creation and migration of virtual machines (VM) on physical hosts. Live migration provides the load balancing of virtual machine. One of the objectives of live migration is that it should have minimum migration time as well as downtime so that application running on VM will be suspended for negligible time. In this paper we proposed an improved time series based live migration technique which modifies the existing time series based algorithm and provide the second chance (SC) to pages before sending to destination. This approach is very useful in reducing total number of duplicated pages in various iterations, resulting in reduced migration time and total migration time. I.

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OpenAlex reports 3 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Virtualization technology plays a great role in cloud computing. Virtualization supports creation and migration of virtual machines (VM) on physical hosts. Live migration provides the load balancing of virtual machine. One of the objectives of live migration is that it should have minimum migration time as well as downtime so that application running on VM will be suspended for negligible time. In this paper we proposed an improved time series based live migration technique which modifies the existing time series based algorithm and provide the second chance (SC) to pages before sending to destination. This approach is very useful in reducing total number of duplicated pages in various iterations, resulting in reduced migration time and total migration time. I.

Key concepts: Downtime, Live migration, Virtualization, Virtual machine, Computer science, Cloud computing, Series (stratigraphy), Distributed computing

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