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  1. University of Information Technology
  2. Faculty of Computer Science

High Availability Solution for Virtuali zed Local Disaster Recovery

http://hdl.handle.net/20.500.12678/0000006196
http://hdl.handle.net/20.500.12678/0000006196
7e5a765b-7a66-4c3b-8324-a56427042ea4
f21f9f8c-418e-4fe6-b027-84732eda5768
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High High Availability Solution for Virtuali zed Local Disaster Recovery.pdf (651 Kb)
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Publication type
Conference paper
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Publication
Title
Title High Availability Solution for Virtuali zed Local Disaster Recovery
Language en
Publication date 2012-02-28
Authors
Aye Myat Myat Paing
Ni Lar Thein
Description
Disaster recovery (DR) is an important element
of the complex information technology (IT) systems .
The availability of the IT for everything, from
everywhere, at all time is a growing requirement.
Effective IT strategies need to have both high
availability (HA) and disaster recovery (DR).
Nowadays, virtualized platforms have become the
most po pular option to deploy complex enough
services. Software availability is one of the weakest
links in system availability. Web servers have
continuous execution of long duration and with rather
varied workloads. Such characteristics make them
potential cand idates for a degenerative phenomenon
called software aging. The work presented in this
paper aims to offer the high availability solution
against software aging of virtualized local disaster
recovery (VLDR by providing measurement based
software rejuvena tion. The idea behind our paper is
two fold. First, we present the framework seeks to
maximize the number of services running
simultaneously, while guaranteeing the resources
needed by each service . Second, we estimate the time
to aging related failures a nd then which used as aging
failure rates for measurement based software
rejuvenation through a stochastic reward nets model .
Finally, we perform the numerical analysis to evaluate
the performance of the model.
Keywords
availability, local disaster recovery, measurement based software rejuvenation, stochastic reward nets, virtualization
Conference papers
ICCA 2012
28 February, 2012
The International Conference on Computer Applications
Yangon, Myanmar
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