Publications of J Zauner

Meeting Abstract (5)

21.
Meeting Abstract
Guidolin, C.; Zauner, J.; Spitschan, M.: Measuring, Detecting, and Handling Non-Wear Intervals in Longitudinal Light Exposure Studies. In Clocks & Sleep, 6 (4), pp. 701 - 702. Thirty-Fifth Annual Meeting of the Society for Light Treatment and Biological Rhythms (SLBTR 2024), Prague, Czech Republic, June 20, 2024 - June 22, 2024. MDPI, Basel, Switzerland (2024)
22.
Meeting Abstract
Zauner, J.; Hartmeyer, S.; Spitschan, M.: Reproducible analysis of personal light exposure data with LightLogR. In Clocks & Sleep, 6 (4), pp. 692 - 693. Thirty-Fifth Annual Meeting of the Society for Light Treatment and Biological Rhythms (SLBTR 2024), Prague, Czech Republic, June 20, 2024 - June 22, 2024. MDPI, Basel, Switzerland (2024)

Talk (1)

23.
Talk
Zauner, J.; Spitschan, M.: MeLiDos: Standards in der tragbaren Lichtmesstechnik für melanopische Lichtwirkungen. 12. Symposium Licht und Gesundheit, Dortmund, Germany (2024)

Poster (2)

24.
Poster
Golczyk, S.; Zauner, J.; Eisenbarth, W.; Spitschan, M.: Objektive Messung von visuellem Verhalten durch Lichtlogger. 13. Symposium Licht und Gesundheit (2026)
25.
Poster
Thalji, S.; Tsukimori, E.; Zauner, J.; Spitschan, M.: Global Light Commons: Eine Open-Source-Infrastruktur für reproduzierbare und interoperable Lichtexpositionsforschung. 13. Symposium Licht und Gesundheit (2026)

Preprint (4)

26.
Preprint
Zauner, J.; Nicholls, A.; Ostrin, L.; Spitschan, M.: Analysis of human visual experience data. (submitted)
27.
Preprint
Zauner, J.; Stefani, O.; Biller, A.; Guidolin, C.; Spitschan, M.: A Web-Based Specification Tool for Wearable Light Loggers and Optical Radiation Dosimeters. (submitted)
28.
Preprint
Zauner, J.; Stefani, O.; Bocanegra, G.; Guidolin, C.; Schrader, B.; Spitschan, M.: Improving the utility and accuracy of wearable light loggers and optical radiation dosimeters through auxiliary data, quality assurance, and quality control. (submitted)
29.
Preprint
Zauner, J.; Guidolin, C.; Spitschan, M.: How to deal with darkness: Modelling and visualization of zero-inflated personal light exposure data on a logarithmic scale. (submitted)
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