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Learned multiphysics inversion with differentiable programming and machine learning
(Peer reviewed; Journal article, 2023)We present the Seismic Laboratory for Imaging and Modeling/Monitoring open-source software framework for computational geophysics and, more generally, inverse problems involving the wave equation (e.g., seismic and medical ... -
Learning and energy-efficient renovation of residential buildings – The user perspective
(Chapter; Peer reviewed; Conference object, 2022)Renovation of residential buildings has gained more attention in recent years. There are several challenges connected to energy efficient renovation of existing buildings. European Commission acknowledges the challenges ... -
A Learning Approach for Future Competencies in Manufacturing using a Learning Factory
(Peer reviewed; Journal article, 2023)This paper describes a study on future competence needs in manufacturing and how a learning factory utilising a Connective Model for Didactic Design can be used in teaching and learning of these competencies. The paper ... -
Learning by doing: Public and private search for quick delivery and sustainability in building projects
(Journal article; Peer reviewed, 2017)Quick project delivery makes socio-economic sense as value can be delivered sooner. We investigate two approaches to achieving this; the modular super cube-concept for school buildings and conventional building conducted ... -
Learning deep abdominal CT registration through adaptive loss weighting and synthetic data generation
(Peer reviewed; Journal article, 2023)Purpose: This study aims to explore training strategies to improve convolutional neural network-based image-to-image deformable registration for abdominal imaging. Methods: Different training strategies, loss functions, ... -
Learning Embedded in Structures: Facilitating Systems for Learning within Offshore Drilling Operations
(Peer reviewed; Journal article, 2021)Purpose: The current study examines the contribution of formalised planning to ensure success in drilling operations seen in the light of organizational learning theory. Methodology: The applied methodology is observational ... -
Learning From SamBIM - A Norwegian Innovation Project About BIM-driven Collaboration in Ambitious Building Projects
(Chapter; Conference object, 2016)This paper reports and discusses the status in a Norwegian research-based innovation project called ”SamBIM – BIM-driven collaboration in the building process”. The overall aim of SamBIM is to develop BIM-driven processes ... -
Learning From Software Security Testing
(Chapter, 2008)Software security testing tools and methodologies are presently abundant, and the question no longer seems to be ``if to test'' for security, but rather ``where and when to test'' and ``then what?''. In this paper we present ... -
Learning from the built heritage on the way towards a sustainable development. Some qualities of traditional building materials and construction techniques in a sustainable perspective
(Prosjektrapport (Norges Byggforskningsinstitutt);198, Research report, 1996) -
Learning in the Large - An Exploratory Study of Retrospectives in Large-Scale Agile Development
(Chapter, 2018)Many see retrospectives as the most important practice of agile software development. Previous studies of retrospectives have focused on pro- cess and outcome at team level. In this article, we study how a large-scale agile ... -
Learning Privacy Preferences
(Chapter, 2011)This paper suggests a machine learning approach to preference generation in the context of privacy agents. With this solution, users are relieved from the complex task of specifying their preferences beforehand, disconnected ... -
Learning-based Robust Model Predictive Control for Sector-bounded Lur'e Systems
(Peer reviewed; Journal article, 2021)For dynamical systems with uncertainty, robust controllers can be designed by assuming that the uncertainty is bounded. The less we know about the uncertainty in the system, the more conservative the bound must be, which ... -
LECO – Energy efficient lighting : Technologies and solutions for significant energy savings compared to current practice in Norwegian office buildings
(Prosjektrapport (SINTEF Byggforsk); 87, Research report, 2011) -
Leco. Behovstilpasset ventilasjon. Hvordan får man alle brikkene på plass?
(Prosjektrapport (SINTEF Byggforsk);73, Research report, 2011)Energien som behøves til å ventilere et bygg består i klimatisering av ventilasjonsluften (oppvarming i den kalde årstiden og evt. kjøling om sommeren), drift av ventilasjonsvifter og drift av ... -
LECO. Energibruk i fem kontorbygg i Norge. Befaring og rapportering
(Prosjektrapport (SINTEF Byggforsk);48, Research report, 2009)Netto energibehov i bygninger fordeles mellom seks poster iht. NS 3031:2007 Beregning av bygningers energiytelse – Metode og data. Disse postene er: • Oppvarming • Varmtvann • Vifter og pumper • Belysning • Teknisk ... -
LECO. Energikonsept for et nytt kontorbygg. Casestudie: Hagaløkkveien 28 i Asker
(Prosjektrapport (SINTEF Byggforsk);71, Research report, 2011)Kontorbygget ved Hagaløkkveien 28 i Asker skal etter planen stå ferdig 01.12.2011. Leietager Aibel AS, har definert i sin egen kravspesifikasjon at levert energi skal ligge på 154 kWh/m²·år. ... -
Leco. Fra normbygg til Faktor 10. Mulig vei for å redusere energibruken med 90 % i et kontorbygg
(Prosjektrapport (SINTEF Byggforsk);51, Research report, 2010)Med utgangspunkt i kontorbygg med beregnet energibehov på ca 300 kWh/m2 år, er det undersøkt hvilke tiltak som kan utføres for suksessivt å redusere behovet ned til ca 30 kWh/m2 år. I tillegg er det sett på et case hvor ... -
LECO. Rehabilitering av kontorbygg til faktor 2 og 4
(Prosjektrapport (SINTEF Byggforsk);72, Research report, 2011)Det overordnede formålet med prosjektet ”LECO – Low Energy Commercial Buildings” er å spare energi i næringsbygninger. Studien i denne rapporten beskriver hvordan resultater framkommet tidligere i LECO-prosjektet kan ... -
Leco. Simulating Earth to Air Heat Exchangers. Ventilation preheating and pre-cooling
(Prosjektrapport (SINTEF Byggforsk);70, Research report, 2011)A primary objective with passive houses is to reduce the energy demand for heating and cooling. A well-insulated and airtight building envelope, highly efficient heat recovery within the ventilation system, low-energy ... -
Leco. Thermo-active Ceilings & Free Cooling. Using free cooling in combination with thermo-active ceilings for integrated heating and cooling
(Prosjektrapport (SINTEF Byggforsk);52, Research report, 2010)The largest potential for decreasing green house gas emissions, and therewith mitigating the effects of global climate change, comes from improving energy efficiency. Through the integration of heating and cooling systems ...