References
- IESNA. 2000. Lighting Handbook: Reference & Application, 9th Edition. Ed. ReaM.S., New York, NY. The Illuminating Engineering Society of North America.
- SpencerD.E. 1957. The Effect of Furniture on the Coefficient of Utilization. Illuminating Engineering. pp 35–42.
- NewshamG.R. and SanderD.M. 2002. The Effect of Office Design on Workstation Lighting: Simulation Results. IRC Internal Report, No. 847. Institute for Research in Construction, National Research Council Canada, Ottawa.
- HouserK.W., TillerD.K. and PasiniI.C. 1999. Toward the Accuracy of Lighting Simulations in Physically Based Computer Graphics Software. J of the IESNA. 28(No. 1). pp. 117–129.
- LeeS. and MaunderR. 1999. University of Victoria, NZ. http://www.arch.vuw.ac.nz/courses/bbsc/bbsc389/1999_students/index.html
- VeitchJ.A. and NewshamG.R. 1998. Lighting Quality and Energy-Efficiency Effects on Task Performance, Mood, Health, Satisfaction and Comfort. J of the IESNA. 27(No.1), pp. 107–129.
- ReinhartC.F. 2002. Effects of Office Design on the Annual Daylight Availability - A Simulation Study. IRC Internal Report, No. 848. Institute for Research in Construction, National Research Council Canada, Ottawa.
- EggerW. 1984. Influence of Objects in Rooms on Illuminance and Luminance Distribution. J of the IESNA. 14(No. 2). pp, 308–313.
- BriggsJ.F. 1984. An Illuminance Survey and Analysis of Partitioned Spaces. J of the IESNA. 14(No. 1). pp. 63–119.
- CarterD.J. and McEwanI. 1986. The Treatment of Obstruction in Interior Lighting Design - Calculation of Spacing-to-Height Ratio. Lighting Research & Technology. 18(No. 2). pp. 79–87.
- McEwanI. and CarterD.J. 1987. A Survey of Lighting in Obstructed Spaces. Proceedings of 21st Session of CIE (Vienna). pp. 226–227.
- CarterD.J. and BougdahH. 1992. Lumen Design Method for Obstructed Interiors. Lighting Research & Technology,. 24(No. 1). pp. 15–24.
- LuptonM.J., LeungA.S.M. and CarterD.J. 1994. Measured Light Losses in Real Interiors. Proceedings of CIBSE National Lighting Conference, pp. 91–97.
- HadwanM.K., KakaA.P., KnightM.W. and CarterD.J. 2000. Application Of Photogrammetry In Lighting Calculations For Obstructed Interiors. Lighting Research & Technology. 32(No.1). pp. 13–7.
- SiminovitchM., NavvabM. and RubinsteinF. 1987. The Effects of Interior Room Cavity Obstructions on the Illuminance Distribution Characteristics In Task-Station Applications. Proceedings of IEEE-IAS Annual Meeting, Atlanta, GA. pp 1784–1794.
- ChoiAS. and MistrickR.G. 1995. A Study Of Lighting System Performance In Partitioned Spaces, J of the IESNA. 24(No. 2). pp. 50–63.
- MisirI., OnaygilS. and EnarunD. 1999. “Determination of the Obstruction Factor for the Average Illumination Level Calculations by the Lumen Method Using Elementary Obstructions. Proceedings of 24th Session of CIE (Warsaw). pp. 132–134.
- CIBSE. 1993. LG7 Lighting for Offices. Chartered Institution of Building Services Engineers, London, UK.