The paper reviews research work on brightness equivalence, brightness magnitude, detection and discrimination including ocular scanning and transient adaptation. In particular physiologically oriented models are described where it is possible to account for the experimental results. Some implications for photometry, lighting and signalling are mentioned.
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References
1.
CieCompte Rendu 6e Session, Geneva p 67 ( 1924)
2.
CieCompte Rendu 12e Session, Stockholm 1 TC 71-51 (1951 )
3.
Cie Publication 86 2° Spectral luminous efficiency function for photopic vision (Vienna: Commission Internationale de l'Eclairage) (1990)
4.
Cie Publication 75 Spectral luminous efficiency functions based upon brightness matching for monochromatic point sources, 2° and 10° fields (Vienna: Commission Internationale de l'Eclairage) (1988)
5.
Bodmann H.W.Zur Metrik der visuellen StrahlungsbewertungDie Farbe32/33235-249 (1985/86)
6.
Gersun A A. On the problem of visual photometry in the range of low luminances Doklady Akad. Nauk SSSR 37 p 145 (1942) (in Russian)
7.
CieCompte Rendu 15e Session, Vienna Vol. B 209-220 (1963)
8.
CieCompte Rendu 12e Session, Stockholm Vol. B 37-39 (1963)
9.
Kokoschka S. Untersuchungen zur mesopischen Strahlungsbewertung (Dissertation Universität Karlsruhe1972) Die Farbe2139-112 (1972)
10.
Kokoschka S. and Bodmann H W. Ein konsistentes System zur photometrischen Strahlungsbewertung im gesamten AdaptationsbereichCIE Compte Rendu 18e Session, London 217-225 (1975)
11.
Boynton R M.A system of photometry and colorimetry based on cone exitationsColor Res. Applic. 11(4) 244-252 (1986)
12.
Clarke F J. and Trezona P W.Towards general systems of colourimetry and photometry based on the tetrachromatic colour matchCIE Compte Rendu 18e Session, London 205-217 (1975)
13.
Guth S.L. and Lodge H.R.Heterochromatic additivity, foveal spectral sensitivity, and a new color modelJ. Opt. Soc. Amer.63450-462 (1973)
14.
CieResearch Note: Models of hererochromatic brightness matchingCIE Journal5(2) 57-59 (1986)
15.
Pfanzagl J.Theory of measurement (Würzburg Physica Verlag ) (1969)
Bodmann H W. , Haubner P. and Marsden AMA unified relationship between brightness and luminanceCIE Proceedings 19th Session, Kyoto 99-102 (1979)
18.
Hurvich L M. and Jameson D.Visual Scaling Handbook of Sensory Physiology Vol. 7 (Berlin: Springer) (1972)
19.
Stevens S S To honour Fechner and repeal his lawScience3446 80-86 (1961)
20.
Bodmann H W. and Voit E A. Versuche zur Beschreibung der HellempfindungLichttechnik14(8) 394-400 (1962)
21.
Marsden A.M.The relationship between brightness and luminance ThesisUniversity of Nottingham (1968 )
22.
Inditsky B. Analysis of visual performance: Theoretical and experimental investigation of visual search DissertationUniversität Karlsruhe (1978)
23.
Voss M.Aufnahme und Verarbeitung peripherer visueller Information unter dem Aspekt der Beanspruchungsmessung DissertationUniversität Karlsruhe (1982)
24.
Cie Publication 19/2.1 An analytical model for describing the influence of lighting parameters upon visual performance (Vienna: Commission Internatiónale de l'Eclairage) (1981)
25.
Blackwell H.R.Contrast thresholds of the human eyeJ. Opt. Soc. Amer.36624-643 (1946)
26.
Fleck H J. Zur geripheren Wahrnehmung von Sehzeichen Dissertation Universität Karlsruhe (1986)
27.
Fleck H.J.Measurement and modelling of peripheral detection and discrimination thresholdsBiol. Cybern.61437-446 (1989)
28.
Greule R.Die Wahrnehmbarkeit peripherer Lichtreize bei nächtlichen StraßenleuchtdichtenDiplomarbeit, Lichttechniches Institut, Universität Karlsruhe (1985)
29.
lnditsky B. , Bodmann H.W. and FleckH J Elements of visual performance (contrast metric-visibility lobes-eye movements)Lighting Res. Technol.14(4) 218-231 (1982)
30.
Wilson H.R. and Bergen JRA four mechanism model for threshold spatial vision, Vision Res.19(1) 19-32 (1979)
31.
Johnson C.A. , Keltner J.L. and BalastreryF Effects of target size and eccentricity on visual detection and resolutionVision Res.18(9) 1217-1222 (1978)
32.
Kokoschka S.Beleuchtung, Bildschirm und SehenHabilitationsschriftUniversität Karlsruhe (1988)
33.
Kom A. and Paul D.Beobachterangepasstes Fernbeobachtungssystem mit reduzierter Übertragungsbandbreite IITB Bericht 9553 (Karlsruhe: Fraunhofer Institut für Informations- und Datenverarbeitung) ( 1981)
34.
Kokoschka S. and Bodmann H.W.Visual inspection of sealing rings-a case study on lighting and visibilityLighting Res. Technol.18(2) 98-101 (1985)
35.
Boynton R M.Visibility losses caused by sudden luminance changesCIE Compte Rendu 16e Session, Washington Vol. A 171-182 (1967)
36.
Boynton R.M. , Rinalducci E.J. and Sternheim C.Visibility losses produced by transient adaptational changes in the range of 0.4 to 4000 FootlambertsIllum. Eng. ( New York) 64217-227 (1969)
37.
Blackwell O.M. and Blackwell H.R.Individual responses to lighting parameters for a population of 235 observers of varying agesJ. IES (New York) 9205-232 (1980)
38.
Greule R Kontrastwahrnehmung bei transienter Adaptation (in preparation)
39.
Bodmann H W., Greule R. and Kokoschka S. Contrast thresholds at transient adaptation, C IE Proc. 22nd Session, Melbourne Vol. 125-28 (1991)
40.
Schouten J.F. and Omstein L.S.Measurements on direct and indirect adaptation by means of a binocular methodJ. Opt. Soc. Am.29168-182 (1939)
41.
Rushton W A HKinetics of cone pigments measured objectively on the living human fovea AnnalsN.Y. Acad. Sci.74291-304 (1958)
42.
Hecht S.Rods, cones and the chemical basis of visionPhysiol. Rev.17239-290 (1937)
43.
Krystek M. and Erb W.Photochemische Kinetik der SehpigmenteOptik58(3,4) 159-171, 217-232 (1982)
44.
Fry G A.Response of the eye to a flash of lightAm. J. Optom . and Arch. Am. Acad. Optom. 50(5) 355-375 (1973)
45.
Bodmann H W., Kokoschka S. and Greule R. Contrast thresholds at transient adaptation C IE Proc. 21st Session, Venice Vol. 150-53 (1987)
46.
Kipke S. Entwicklung und Aujbau einer elektronischen Simulation der transienten Adaptation anhand eines mathematischen ModellsDiplomarbeit Lichttechnisches InstitutKarlsruhe ( 1987)
47.
Takeuchi T., Miyamae A. and Narisada K.Brightness, adaptation and its scale Proc. CIE22nd Session, Melbourne Vol 1 pp 93-95 (1991)
48.
Adrian W K. and Fleming M L. Physiological basis for the lighting levels in the transition zone of tunnels. Comparison of CIE and DIN with the IES recommendationsOptometry Vis. Science68(4) 282-293 (1991)