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

High Availability Solution: Resource Usage Management In Virtualized Software Aging

http://hdl.handle.net/20.500.12678/0000006197
http://hdl.handle.net/20.500.12678/0000006197
c45941f2-98ab-46fb-960e-5a5ba0b8378e
cb2995f6-36c8-4a8c-9d24-f04898fe2ba9
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High High Availability Solution- Resource Usage Management In Virtualized Software Aging.pdf (175 Kb)
Publication type
Journal article
Upload type
Publication
Title
Title High Availability Solution: Resource Usage Management In Virtualized Software Aging
Language en
Publication date 2012-06-01
Authors
Aye Myat Myat Paing
Ni Lar Thein
Description
As businesses increasingly rely on IT for their mission-critical operations, continuous availability is a
universal concern. Nowadays, virtualized platform has become the popular option to deploy complex
enough services. Deployed services are expected to be always, available, but these long running services
are especially sensitive to suffer from software aging phenomenon. Software aging of virtual machine
monitors (VMMs) is becoming critical because performance degradation or crash failure of a VMM affects
all virtual machines (VMs) on it. To counteract this issue, we deploy software rejuvenation methodology.
To eliminate the service outage during software rejuvenation process, we combine the rejuvenation with
live migration technology. Live VM migration enables a running VM on a host serer to move onto the other
host server with very small interruption of the execution. Live VM migration depends on VMs placement
and efficient resource available is required. The idea behind our paper is two-fold. First, we present the
optimization of the resource usage as accepting as many services as in virtualized environment which
support of VM live migration. Second, to demonstrate how much it can improve system availability, the
stochastic Petri nets model a virtualized server system in case of using time based software rejuvenation for
VMM is presented. Finally, we perform the numerical analysis to evaluate the model.
Keywords
Availability, Clustering Technology, Software Aging, Software Rejuvenation, Stochastic Petri Nets, Virtualization
Journal articles
International Journal of Computer Science & Information Technology (IJCSIT)
85-99
Vol.4 No.3
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