Search Results - "Klir, Stefan"

Advancements in Spectral Power Distribution Modeling of Light-Emitting Diodes by Benkner, Simon, Herzog, Alexander, Klir, Stefan, Van Driel, Willem D., Khanh, Tran Quoc

“…The unique radiative, photometric and colorimetric characteristic of a light-emitting diode is derived from its spectral power distribution. Modeling such…”
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Sky-like interior light settings: a preference study by Klir, Stefan, Babilon, Sebastian, Myland, Paul, Benkner, Simon, Khanh, Tran Quoc

“…This paper explores human observer preferences for various sky-like interior lighting scenarios realized by a combination of a blue-enriched indirect uplight…”
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Unsupervised Clustering Pipeline to Obtain Diversified Light Spectra for Subject Studies and Correlation Analyses by Klir, Stefan, Fathia, Reda, Babilon, Sebastian, Benkner, Simon, Khanh, Tran Quoc

“…Current subject studies and data-driven approaches in lighting research often use manually selected light spectra, which usually exhibit a large bias due to…”
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Reconstruction of spectral irradiance in a real application with a multi-channel spectral sensor using convolutional neural networks by Myland, Paul, Babilon, Sebastian, Hegemann, Tim, Klir, Stefan, Khanh, Tran Quoc

“…Lighting is not only a key mediator for the perception of the architectural space but also plays a crucial role regarding the long-term well-being of its human…”
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Measuring visual and non-visual lighting metrics in building environments with RGB sensors by Tran, Khanh Quoc, Trinh, Vinh Quang, Nguyen, Duong Thai, Klir, Stefan, Zandi, Babak, Herzog, Alexander

“…Today, a spectroradiometer can measure both visual lighting metrics (illuminance, chromaticity coordinates or color temperature) and non-visual lighting…”
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Preference Lighting Model: Generalization of lighting preferences for individual users by Stefan, Klir, Reda, Fathia, Simon, Benkner, Sebastian, Babilon, Khanh, Tran Quoc

“…Multi-channel LED luminaires are fundamental components of smart-lighting systems for a dynamical adjustment of the room and ambient light conditions. The…”
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