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June 2016 Vol. 4 No.3
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Merit Research Journal of Business and
Management Vol. 4(3) pp. 018-026, June, 2016
Copyright © 2016 Merit Research Journals |
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Review
Recent Advances in Software Quality
Management: A Review |
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Boby John1*, R. S. Kadadevaramath2 and
Edinbarough A. Immanuel3 |
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1Indian Statistical
Institute, Bangalore, India
2Siddaganga Institute of Technology, Tumkur, India
3The University of Texas at Brownsville, Texas, USA
*Corresponding Author’s Email:
boby@isibang.ac.in
Accepted May 31, 2016 |
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Abstract |
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Many
organizations has been utilizing the benefits of information
technology to gain competitive advantage in their respective
businesses. As a result, the number of software development
companies increased many folds during the last three decades. As
the competition increased, the need for delivering good quality
software within the committed schedule also increased. Even
today many software companies have to deal with the consequences
of delivering poor quality products, schedule and cost overrun
problems. Many software quality and development frameworks have
been suggested in the past to get rid of the aforementioned
problems and a lot of research has been carried out in the field
of software quality management and practices. In this paper, the
authors provide a review of the major research works published
in the field of software quality management. The study found
that the research works in the software quality can be
classified into five categories namely studies exploring the
relationship between software quality and (i) total quality
management implementation, (ii) adoption of quality management
systems like ISO 9000 series of standards, (iii) capability
maturity model level, (iv) development of defect prediction
models and (v) quality management and evaluation practices of
specific categories of software development process. The authors
also tried to identify the gaps in existing research and future
areas of research in software quality management.
Keywords: Capability maturity model, Defect prediction
models, ISO 9000, Quantitative project management, Software
quality, Total quality management
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