Toward a Model of Visual Performance: A Review of Methodologies

References

• McNelisJ.F. 1973. Human performance—a pilot study, J of the IES 2 (no. 3): 190–196.
   Google Scholar
• ReaM.S. 1984. Overview of task performance in the illuminated environment. Illuminating engineering learning aid. Nat'l. Research Council of Canada, Division of Bldg. Research.
   Google Scholar
• IES of N. America. 1981. IES lighting Handbook Ref. Vol. New York.
   Google Scholar
• ReaM.S. Toward a model of visual performance: foundations and data. J of the IES 15 (no. 2).
   Google Scholar
• SmithS.W. and ReaM.S. 1980. Relationships between office task performance and ratings of feelings and task evaluations under different light sources and levels. Proceedings 19th Session. CIE Publication No. 50:207–211. Kyoto.
   Google Scholar
• ReaM.S. 1981. Visual performance with realistic methods of changing contrast. J of the IES 10 (no. 3): 164–177.
   Google Scholar
• ReaM.S. 1983. Effects of Haidinger's brushes on visual performance. J of the IES 12 (no. 3): 197–203.
   Google Scholar
• SlaterA.I.,PerryM.J., and CrispV.H.C. 1983. The applicability of the CIE visual performance model to lighting design. Light and lighting. Proceedings of the 20th session. CIE Publication No. 56. pp. D114–1–4. Amsterdam.
   Google Scholar
• SlaterA.I., and PerryM.J. 1984. Visual performance under reference and realistic conditions. Proceedings of the CIBS Nat'l. Lighting Conference Cambridge, UK.
   Google Scholar
• PoultonE.C. 1969. Skimming lists of food ingredients printed in different brightness contrasts. J of Applied Psychology 53 (no. 6): 498–500.
   Google Scholar
• ReaM.S.,OuelletteM.J., and KennedyM.E. 1986. Lighting and task parameters affecting posture, performance and subjective ratings. Nat'l. Research Council of Canada, Institute for Research in Construction.
   Google Scholar
• TinkerM.A. 1939. The effect of illumination intensities upon speed of perception and upon fatigue in reading. J of Ed Psych 30 (no. 8): 561–571.
   Google Scholar
• TinkerM.A. 1943. Illumination intensities for reading newspaper type. J of Ed Psych 34: 247–250.
   Google Scholar
• TinkerM.A. 1952. The effect of intensity of illumination upon speed of reading six-point italic print. Amer J of Psych 65 (no. 4): 600–602.
   Google Scholar
• TinkerM.A. 1959. Brightness contrast, illumination intensity and visual efficiency. Amer J of Optometry and Archives of American Academy of Optometry 36 (no. 5): 221–236.
   Google Scholar
• ReaM.S. 1982. An overview of visual performance. Lighting Design + Application 12 (No. 11), 13.
   Google Scholar
• StoneP.T. and GrovesS.D. 1968. Discomfort glare and visual performance. Transaction of the IES (London) 33 (no. 1): 9–15.
   Google Scholar
• BoyntonR.M., and BossD.E. 1971. The effect of background luminance and contrast upon visual search performance. Illuminating Engineering April 1971, pp. 173–186.
   Google Scholar
• WatersI. and LoeD.L. 1973. Visual performance in illumination of differing spectral quality. Visual Performance Research Proj. Univ. College Environ. Research Group.
   Google Scholar
• BoyceP.R. 1973. Age, illuminance, visual performance and preference. Lighting Research and Technology 5 (no. 3): 125–144.
   Google Scholar
• WestonH.C. 1935. The relation between illumination and industrial efficiency, 1. The effect of size of work. HMSO. pp. 1–14. London.
   Google Scholar
• WestonH.C. 1945. The relation between illumination and visual efficiency—The effect of brightness contrast. Industrial Health Research Bd. Great Britain Medical Research Council, Report No. 87:1–35 London
   Google Scholar
• HechtS.,PeskinJ.C., and PattM. 1938. Intensity discrimination in the human eye. II. Relationship between Δ/I and intensity for different parts of the spectrum. J of Gen Physiol 22: 7–19.
   PubMedGoogle Scholar
• GrahamC.H., and KempE.H. 1938. Brightness discrimination as a function of the duration of the increment in intensity. J of Gen Physiol 21: 635–650.
   PubMedGoogle Scholar
• BlackwellH.R. 1946. Contrast thresholds of the human eye. JOSA 36 (no. 11): 624–643.
   Google Scholar
• BlackwellH.R. 1953. Psychophysical thresholds: Experimental studies of methods of measurement. Engineering Research Inst. Univ. of Mich.
   Google Scholar
• BlackwellH.R. 1959. Development and use of a quantitative method for specification of interior illuminating levels on the basis of performance data. Illuminating Engineering 54: 317–353.
   Google Scholar
• BlackwellO.M. and BlackwellH.R. 1971. Visual performance data for 156 normal observers of varying age. J of the IES 1: 3–13.
   Google Scholar
• BlackwellH.R., and ScottD.E. 1973. Analysis of visual performance data obtained in a Landolt ring task without response limitation. J of the IES 2 (no. 4): 445–460.
   Google Scholar
• CIE, Technical Committee. 1972. A unified framework of methods for evaluating visual performance aspects of lighting. CIE Publication No. 19.
   Google Scholar
• CIE Technical Committee. 1981. An analytical model for describing the influence of lighting parameters upon visual performance. Vol. 1: Technical Foundations. CIE Publication No. 19/2.1.
   Google Scholar
• IES of N. America. 1972. IES Lighting Handbook New York.
   Google Scholar
• VicarsW.M., and LitA. 1975. Reaction time to incremental and decremental target luminance changes at various photopic background levels. Vision Research 15: 261–265.
   Google Scholar
• LitA. 1949. The magnitude of the Pulfrich stereophenomenon as a function of binocular differences of intensity at various levels of illumination. Amer J of Psych 62 (no. 2): 159–181.
   Google Scholar
• LevickW.R.,ClelandB.G., and CoombsJ.S. 1972. On the apparent orbit of the Pulfrich phenomenon. Vision Research 12 (no. 8): 1381–1388.
   Google Scholar
• AlbrechtD.G., and HamiltonD.B. 1982. Striate cortex of monkey and cat:contrast response function. J of Neurophysiol 48 (no. 1): 217–237.
   Google Scholar
• BarberT.X. 1976. Pitfalls in human research New York: Pergamon Press Inc.
   Google Scholar