FotiosS. Research Note: Uncertainty in subjective evaluation of discomfort glare. Lighting Research and Technology2015; 47: 379–383.
2.
FotiosS. Correspondence: New methods for the evaluation of discomfort glare. Lighting Research and Technology2018; 50: 489–491.
3.
WienoldJIwataTKhanieMSErellEKaftanERodriguezRGGarretonJAYTzempelikosTKonstantzosIChristoffersenJKuhnTEPiersonCAndersenM. Cross-validation and robustness of daylight glare metrics. Lighting Research and Technology2019; 51: 983–1013.
4.
IwataTItohDHiranoY. Contrast effect and grand total effect on discomfort glare. Journal of Environmental Engineering (Transactions of AIJ)2007; 72: 1–7.
5.
Iwata T, Sasaki Y, Mochizuki E, Itoh D. Evaluation of contrast glare and saturation glare by using by the average luminance of the visual field: Proceedings of Balkan Light, 2008: pp.141–146.
6.
IwataTSasakiYItohDMochizukiD. The range of the total-amount glare determined by the average luminance of the visual field. Journal of Environmental Engineering (Transactions of AIJ)2009; 74: 25–31.
7.
Iwata T, Osterhaus W. Assessment of discomfort glare in daylit offices using luminance distribution images: Proceedings of CIE 2010, Vienna, 2010: pp.174–179.
8.
WasilewskiSGrobeLOWienoldJAndersenM. A critical literature review of spatio-temporal simulation methods for daylight glare assessment. SDAR Journal of Sustainable Design and Applied Research2019; 7: Article 4–4.
9.
KentMGFotiosSCheungT. Stimulus range bias leads to different settings when using luminance adjustment to evaluate discomfort due to glare. Building and Environment2019; 153: 281–287.