Search results for "HDR imaging"

showing 2 items of 2 documents

Methods to Evaluate Lighting Quality in Educational Environments

2015

Abstract The current standard for lighting of indoor work places (EN 12464-1) essentially prescribes values of photometric quantities (illuminance, Unified Glare Index, etc.); therefore it does not allow a comprehensive analysis of the luminous environment. In Italy, educational buildings do not always comply with the standard requirements for lighting. Therefore an analysis of their current state is needed and this paper illustrates two methods, developed by the authors, to carry out this investigation: the former is based on the analysis of luminance maps obtained through the HDR imaging technique whereas the latter focuses on the evaluation of non-visual effects of light.

Architectural engineeringNon-visual responseComputer sciencemedia_common.quotation_subjecteducational environmentsLighting qualityGlare (vision)IlluminanceLuminancenon-visual responsesEnergy (all)Energy(all)Work (electrical)HDR imagingDaylightDaylightQuality (business)Imaging techniqueEducational environmentSmart lightingdaylight.Simulationmedia_commonEnergy Procedia
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Lit environments quality: A software for the analysis of luminance maps obtained with the HDR imaging technique

2013

Abstract Energy performance of lighting systems has assumed a significant role in the assessment of buildings’ consumptions and consequently lighting design is aimed to reduce installed power but at the same time to achieve an excellent lighting quality both for visual and health purposes. Lighting design is nowadays essentially based on illuminance values on visual tasks and surrounding areas, but today designers’ and researchers’ interest is focused on the analysis of luminance maps obtained through video luminance meters or with numeric simulation tools. Luminance maps availability focus the attention on a more accurate study of the light reaching the eyes (luminance), rather than on the…

Brightnessbusiness.industryComputer scienceMechanical Engineeringmedia_common.quotation_subjectIlluminanceBuilding and ConstructionEnergy savingsLuminanceSoftwareLit environments' perceptionBrightneHDR imagingComputer graphics (images)Quality (business)Computer visionArtificial intelligenceSensitivity (control systems)Electrical and Electronic EngineeringbusinessFocus (optics)Energy (signal processing)Civil and Structural Engineeringmedia_commonLuminance Maps Analysi
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