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Guidance on applying Green ICT in Higher Education and Research.

, and . EnviroInfo/ICT4S (2), page 225-226. University of Copenhagen, (2015)

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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)Energy Efficiency in Cloud Software Architectures., , and . EnviroInfo, page 291-299. Shaker, (2013)A Maturity Model for Green ICT: The Case of the SURF Green ICT Maturity Model., , , and . EnviroInfo, page 33-40. BIS-Verlag, (2014)Reducing the effort for systematic reviews in software engineering., , , and . Data Sci., 2 (1-2): 311-340 (2019)SOA process decisions: new challenges in architectural knowledge modeling., and . SHARK, page 3-10. ACM, (2008)How do you architect your robots?: state of the practice and guidelines for ROS-based systems., , , , and . ICSE (SEIP), page 31-40. ACM, (2020)Summary: Building and Evaluating a Theory of Architectural Technical Debt in Software-Intensive Systems (short paper)., , , and . ECSA (Companion), volume 2978 of CEUR Workshop Proceedings, CEUR-WS.org, (2021)Ethics-Aware DecidArch Game: Designing a Game to Reflect on Ethical Considerations in Software Architecture Design Decision Making., , , and . ICSA-C, page 96-100. IEEE, (2023)Mining the ROS ecosystem for Green Architectural Tactics in Robotics and an Empirical Evaluation., , , , and . MSR, page 300-311. IEEE, (2021)