Variability of Daylight in Luminous Environments

References

• BoyceP.R. and CuttleC. 1989. Effect of correlated color temperature on the perception of interiors and color discrimination performance. Lighting Research and Technology 21(no. 4).
   Google Scholar
• BoyceP.R. and SimonsR.H. 1977. Hue, discrimination and light sources. Lighting Research and Technology 9(no. 2).
   Google Scholar
• BoyceP.R. 1977. Investigations of the subjective balance between illuminance and lamp color properties. Lighting Research and Technology 9(no. 2).
   Google Scholar
• BermanS.M. 1992. Energy efficiency consequences of scotopic sensitivity. J of the IES 21(no. 1):3–14.
   Google Scholar
• BermanS.M.; FeinG.; JewettD.L.; SaikaG.; and AshfordF. 1993. Luminance-controlled pupil size affects Landolt C task performance. J of the IES 22(no. 2):150–165.
   Google Scholar
• BermanS.M.; FeinG.; JewettD.L.; SaikaG.; and AshfordF. Spectral determinants of steady-state pupil size with full field of view. J of the IES 21(no. 2):3–13.
   Google Scholar
• CIE. 1981. An analytic model for describing the influence of lighting parameters upon visual performance. Vol. 1, Technical Report No. 1912. Vienna: International Commission on Illumination.
   Google Scholar
• ReaM. and OuelletteM. 1988. Visual performance using reaction times. Lighting Research and Technology 20(no. 4):139–15.
   Google Scholar
• KendrickJ.D. 1994. CIE circular letter, September 7. University of Adelaide, Dept. Architecture, Adelaide, Australia.
   Google Scholar
• KendrickJ.D. 1974. Dynamic lighting. Presented to Illuminating Engineering Society of New South Wales, Sydney, Department of Architecture, The University of Adelaide.
   Google Scholar
• KendrickJ.D. and SkinnerS. 1980. Dynamic aspects of daylight. Proceedings of Symposium Daylight: Physical and Psychological and Architectural Aspects. Berlin: U of West Berlin, pp 238–252.
   Google Scholar
• KendrickJ.D.; HarfieldS.; and DochertyM.J. 1983. Film: dynamic aspects of daylight. Proceedings of Symposium Daylight: Physical, Psychological and Architectural Aspects. Berlin: U of West Berlin.
   Google Scholar
• KendrickJ.D. 1980. Variability aspects of daylight. Presented to Australian National Committee on Illumination. Melbourne, Australia.
   Google Scholar
• KittlerR. 1982. A provisional consistent model defining variable exterior daylight illuminances. Proceedings of Conference on Daylighting and Energy Conservation, Sydney, Australia.
   Google Scholar
• HopkinsonR.G.; PetherbridgeP.; and LongmoreJ. 1966. Daylight in architecture. London: Willaim Heineman Ltd.
   Google Scholar
• LoveJ.A. 1992. The daylight factor and short-term variations in actual illuminance ratios. Proceedings of the 1992 IESNA Conference. New York: IESNA.
   Google Scholar
• LoveJ. and NavvabM. 1991. Daylighting estimation under real skies: A comparison of full-scale photometry, model photometry, and computer simulation. J of the IES 20(no. 1):140–153.
   Google Scholar
• UteaniY. and NavvabM. 1992. Validation of daylight calculation for non-isotropic diffuse reflecting interior of arbitrary geometry under any sky conditions. Presented at the Industry Applications Society of IEEE, 26th Annual Conference. New York: IEEE.
   Google Scholar
• LoveJ.A. and NavvabM. 1994. The vertical-to horizontal illuminance ratio: A new indicator of daylighting performance. J of the IES 23(no. 2):50–59.
   Google Scholar
• IESNA. 1993. IES Lighting Handbook, 8th edition. New York: IESNA.
   Google Scholar
• Chartered Institute of Building Services Engineers. 1984. CIBSE. Code for interior lighting. London: CIBSE.
   Google Scholar
• LynesJ.A. 1968. Principles of natural lighting. London: Elsevier.
   Google Scholar
• VezeyE.E.; ReedR.H.; and EvansB.H. 1954. Daylight survey methods. Illuminating Engineering 49(no. 5):245–250.
   Google Scholar
• TregenzaP.R. 1980. The daylight factor and actual illuminance ratios. Lighting Research and Technology. 12(no. 2):64–68.
   Google Scholar
• MurdochJ.B.; OliverT.W.; and ReedG.P. 1991. Luminance and illuminance characteristics of translucent daylighting sandwich panels. J of the IES 20(no. 2):69–82.
   Google Scholar
• LittlefairP.J. 1985. The luminous efficacy of daylight: A review. Lighting Research and Technology 17(no. 4):161–182.
   Google Scholar
• KarayelM.; NavvabM.; Ne'emanE.; and SelkowitzS. 1984. Zenith luminance and sky luminance distributions for daylighting calculations. Energy and Buildings 6: 273–281.
   Google Scholar
• CarterD.J. 1989. Field measurement of illuminance. Lighting Research and Technology 21(no. 1):29–35.
   Google Scholar
• FlynnJ.E.; SegilA.W.; and SteffyG.R. 1990. Architectural Interior Systems, second ed. New York: Van Nostrand Reinhold.
   Google Scholar
• NavvabM.; LoveJ.; and NeemanE. 1989. Daylight availability in Ann Arbor Michigan. CIE Symposium daylight and radiation measurements. Berlin, Vienna: CIE.
   Google Scholar
• NavvabM.; PrayoonhongC.; and LoveJ. 1995. Application of the new standards for the evaluation of daylight and solar availability measurements. J of the IES 24(no. 2):113–130.
   Google Scholar
• SiminovitchM.; NavvabM.; and KowalewskiH. 1992. Contrast potential, an assessment technique using large solid angle illuminance measurements. IEEE—IAS Conference Proceeding. Houston, TX. New York: IEEE.
   Google Scholar
• NavvabM. and SiminovitchM. 1988. Full scale photometric simulation facility for evaluating the luminous quality and comfort in office work environments. International Symposium on Advanced Comfort Systems, Troy: Rensselaer Polytechnic Institute.
   Google Scholar
• KittlerR. 1973. Standardization of Luminance Distribution on Clear Skies. CIE Publication no. 22 Vienna: CIE.
   Google Scholar
• KruithofA.A. 1941. Tabular luminanace lamps for general illumination. Philips Tech Rev 6.65.
   Google Scholar
• UteaniY.; NavvabM., and MatsuuraK. 1993. Measured correlated color temperature data of various sky conditions. The 2nd Lux Pacifica, Bangkok, Thailand.
   Google Scholar
• UteaniY.; NavvabM.; and MatsuuraK. 1993. Database of bi-directional reflection of various materials for lighting calculation and computer graphics. Bangkok: The 2nd Lux Pacifica, Bangkok, Thailand.
   Google Scholar