Paper Info
Title
An ISO/IEC 33000-Compliant Measurement Framework for Software Process Sustainability Assessment
Abstract
ICT can provide a definitive contribution in reducing CO2 emissions and, in general, in the environment preservation. Because its pervasiveness in today's life, software in particular plays an important role in achieving such a goal. Software process is the combination of those practices, directly or indirectly involved in software development, operation, and maintenance. In previous papers the authors addressed the topic of evaluating the sustainability of software products. In this paper the focus is on the evaluation of the sustainability of the software process, i.e. The measurement of the extent the process is performed by having care of the environment and by minimizing its impact on the environment. To do that, a sustainability measurement framework for software process is defined. Such a framework is composed by Sustainability Levels, Sustainability Process Attributes and being compliant with the requirements stated in the new ISO/IEC 33000 series standard for software process assessment.
Year
DOI
Venue
2014
10.1109/IWSM.Mensura.2014.34
Software Measurement and the International Conference Software Process and Product Measurement
Keywords
Field
DocType
ISO standards,software maintenance,software process improvement,sustainable development,CO2,ICT,ISO/IEC 33000 series standard,ISO/IEC 33000-compliant measurement framework,environment preservation,software development,software maintenance,software operation,software process assessment,software process sustainability assessment,software products,sustainability evaluation,sustainability levels,sustainability measurement framework,sustainability process attributes,ISO/IEC 33000,Process Measurability,Process Reference Model,SPICE,Software Sustainability
IEC 62304,Software deployment,Systems engineering,Software development process,Software architecture,Engineering,Software verification and validation,Software quality,Software development,Software measurement,Process management
Conference
Citations 
PageRank 
References 
2
0.39
7
Authors
3
Name
Order
Citations
PageRank
Giuseppe Lami119522.98
Fabrizio Fabbrini2317.74
Luigi Buglione315719.09