Abstract: Cloud computing is the technology based extension
for distributed and grid computing. Its main aim is to share
the resources in an effective and efficient manner. Cloud
technology follows various characteristics for such improved
sharing like utility and autonomic computing. Autonomic
computing means fault tolerant and self-recoverable system.
Its services are built something like virtualization of
computing power economically available to large number of
users. As the scalability and autonomic computing increases
with more shared resources with higher degree of
communication, the node failures compare to conventional
systems is increased. Thus, new tools and approaches are
needed to build reliable and robust systems. In this work a
new RAI-DD (Reliability, Availability Identification &
Dynamic Decision) based replica distribution architecture is
proposed to better utilize associated scalability of computing
cloud and to provide client transparent novel fault tolerant
system for various cloud applications. At the initial level of
work the approach is proving its efficiency by high scalability
and dynamic load balancing. At the time of uneven and
dropdown time the system sustains the fault tolerance and in
all condition low overhead is desired.
Publication Details -
| Title | RAI-DD: Reliability, Availability Identification & Dynamic Decision Based Replica Distribution for Cloud Computing |
| Co-Author | Gaurav Shrivastava** |
| Publications |
International Journal of Computer Science and Information Technologies, Vol. 5 (4) , 2014,
|
| Date & Year | 2014 |
| Volume | Vol-5 Issue-4, 2014 Page No. 5497-5502 |
| ISSN No. | ISSN 0975-9646 |
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