Daylight and artificial light
Ongoing projects
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LEAP/XR
Language-driven Embodied AI for Perceptual Lighting Design in eXtended Reality
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LIGHT
Looking for Integrated Solutions for Healthy PEDs
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BOREALIS
Self-learning building controls for a greener and healthier society
Completed projects
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IEA SHC Task 70
IEA SHC Task 70: Integrated lighting with low carbon impact and high comfort
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CFS4LowCarb
CFS4LowCarb - Integral solutions for complex façade systems for low-carbon buildings
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see-it
see-it - Camera-based, user-centred daylight control system for optimal working environments
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[o3u]-cam4BSDF
BSDF measuring device with [o3u]-cam
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TwinLight
TwinLight - BIM-based realisation of daylight and artificial lighting control systems
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DALEC
Day- and Artificial Light with Energy Calculation
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FFF-TaliSys
Free-form daylight systems for façades and skylights
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VisErgyControl
In VisErgyControl, an integral simulation-based daylight and artificial lighting control system is being developed. In particular, this addresses the visual and melanopic needs of users (biological effectiveness of daylight and artificial light) and is also intended to minimise the building's heating and cooling requirements.