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A user perspective on energy profiling tools in large scale computing environments.

, , , and . SustainIT, page 1-5. IEEE Computer Society, (2015)

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Energy Efficiency in Cloud Software Architectures., , and . EnviroInfo, page 291-299. Shaker, (2013)The Green Practitioner: A Decision-Making Tool for Green ICT., , , and . EnviroInfo/ICT4S (1), page 74-81. Atlantis Press, (2015)Guidance on applying Green ICT in Higher Education and Research., and . EnviroInfo/ICT4S (2), page 225-226. University of Copenhagen, (2015)A Maturity Model for Green ICT: The Case of the SURF Green ICT Maturity Model., , , and . EnviroInfo, page 33-40. BIS-Verlag, (2014)SOA process decisions: new challenges in architectural knowledge modeling., and . SHARK, page 3-10. ACM, (2008)Reducing the effort for systematic reviews in software engineering., , , and . Data Sci., 2 (1-2): 311-340 (2019)A stakeholder-driven service life cycle model for SOA., and . IW-SOSWE, page 1-7. ACM, (2007)"We are Always on, is That Really Necessary?" Exploring the Path to Digital Sufficiency in Flexible Work., and . ICT4S, page 24-34. IEEE, (2023)Empirical Evaluation of the Energy Impact of Refactoring Code Smells., , , and . ICT4S, volume 52 of EPiC Series in Computing, page 365-383. EasyChair, (2018)Using Participatory Technical-action-research to Validate a Software Sustainability Model., , , , and . ICT4S, volume 2382 of CEUR Workshop Proceedings, CEUR-WS.org, (2019)