000208817 001__ 208817
000208817 005__ 20190317000204.0
000208817 037__ $$aCONF
000208817 245__ $$aA unified framework for evaluating non-visual spectral effectiveness of ocular light exposure: key concepts
000208817 269__ $$a2015
000208817 260__ $$c2015
000208817 336__ $$aConference Papers
000208817 520__ $$aThe first evidence for a novel type of photoreceptor in humans was published in the form of an action spectrum for melatonin suppression. This action spectrum has very different spectral sensitivities compared to rod and cone photoreceptors. This discovery led scientists to rethink how lighting needs for human health are evaluated. Existing literature provides useful information about how to evaluate and report non-visual spectral sensitivities to light but lacks a unified description. In this paper, key concepts in the existing methods are identified and categorized to formulate a unified framework to assess the non-visual potential of light that is adaptable to a wide range of lighting solutions.
000208817 6531_ $$aLight
000208817 6531_ $$aHealth
000208817 6531_ $$aNonvisual
000208817 6531_ $$aLighting design
000208817 6531_ $$aDaylighting
000208817 6531_ $$aCircadian
000208817 6531_ $$aSpectral effectiveness factor
000208817 6531_ $$aEquivalent illuminance
000208817 6531_ $$aEffective illuminance
000208817 700__ $$0245735$$g217815$$aÁmundadóttir, María Lovísa
000208817 700__ $$aLockley, Steven W.
000208817 700__ $$aAndersen, Marilyne$$g103938$$0241777
000208817 7112_ $$dJune 29 - 4 July, 2015$$cManchester, UK$$a28th CIE Session
000208817 8564_ $$uhttps://infoscience.epfl.ch/record/208817/files/Amundadottir_Unified_framework_CIE2015_fullpaper.pdf$$zPostprint$$s4125319$$yPostprint
000208817 8564_ $$uhttps://infoscience.epfl.ch/record/208817/files/infoscience_CIE2015-05_1.png$$zn/a$$s17967$$yn/a
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000208817 937__ $$aEPFL-CONF-208817
000208817 973__ $$rNON-REVIEWED$$sACCEPTED$$aEPFL
000208817 980__ $$aCONF