Software developers are faced with the challenge of making software
systems and products of ever greater quality and safety, while at
the same time being faced with the growing pressure of costs
reduction in order to gain and maintain competitive advantages. As
in any scientific and engineering discipline, reliable measurement
is essential for talking on such a challenge. "Software measurement
is an excellent abstraction mechanism for learning what works and
what doesn't" (Victor Basili). Measurement of both software process
and products provides a large amount of basic information for the
evaluation of the software development processes or the software
products themselves. Examples of recent successes in software
measurement span multiple areas, such as evaluation of new
development methods and paradigms, quality and management
improvement programs, tool-supporting initiatives and company wide
measurement programs. The German Computer Science Interest (GI)
Group of Software Metrics and the Canadian Interest Group in
Software Metrics (CIM) have attended to these concerns in the
recent years. Research initiatives were directed initially to the
definition of software metrics and then to validation of the
software metrics themselves. This was followed by more and more
investigation into practical applications of software metrics and
by critical analysis of the benefits and weaknesses of software
measurement programs. Key findings in this area of software
engineering have been published in some important books, such as
Dumke and Zuse's Theory and Practice of Software Measurement, Ebert
and Dumke's Software Metrics in Practice and Lehner, Dumke and
Abran's Software Metrics."
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