期刊名称：International Journal of Computer Information Systems and Industrial Management Applications
印刷版ISSN：2150-7988
电子版ISSN：2150-7988
出版年度：2019
卷号：11
页码：208-218
出版社：Machine Intelligence Research Labs (MIR Labs)
摘要：Estimating the budget for developing software is one
of the prime tasks for software stakeholders. Good estimation
increases the customer faith and goodwill for the development
company. Many estimation techniques exist for estimating the
cost of the software. Estimating reengineering projects are
equally important. Researchers estimated cost of Reengineering
using conventional algorithmic estimation methods. They also
used classical software development approaches to perform
reengineering. Conventional estimation methods are suitable in
an environment where requirements are predefined and fixed.
Practically, these methods can not fit in today’s software
development environment. We need more realistic approach to
estimate. Since a decade, we have witnessed a change in the
Software development approaches. Now software development
process is more people centric and realistic for their
stakeholders. This change in process is due to Agile. Agile
methodology has gained the interest of both customers as well
as developers. The main objective of this research is to estimate
the cost of reengineering with consensus based estimation
technique of Scrum development methodology. Agile
Reengineering model is also proposed for estimation and
performing reengineering. Thus the research is aimed to
provide a model, which not only helps in performing the
reengineering estimations but also guides how to perform
reengineering. Scrum approach with sprint iteration of three
weeks is used to perform reengineering. Chidamber and
Kemerer (CK) metric is applied to determine the complexity
metrics for various classes of the software. Reengineering is
performed to make the project more maintainable by reducing
the CK metric complexity. Various tools used in this work
include CK java Metric tool (CKJM) ver-1.9 for calculation of
CK metrics suit, IBM Rational Rose ver7.5 for Unified
Modeling, Rapid Minor studio ver7.1 for determining the
reengineering requirements of the software.
