EurekaMag.com logo
+ Site Statistics
References:
47,893,527
Abstracts:
28,296,643
+ Search Articles
+ Subscribe to Site Feeds
EurekaMag Most Shared ContentMost Shared
EurekaMag PDF Full Text ContentPDF Full Text
+ PDF Full Text
Request PDF Full TextRequest PDF Full Text
+ Follow Us
Follow on FacebookFollow on Facebook
Follow on TwitterFollow on Twitter
Follow on Google+Follow on Google+
Follow on LinkedInFollow on LinkedIn

+ Translate

High-spatial-frequency tritanopia S-filling-in or spatial colour mixing?






IOVS 41(4): S808, March 15

High-spatial-frequency tritanopia S-filling-in or spatial colour mixing?



Accession: 035038198



Related references

Logvinenko, A.D., 2001: High-spatial-frequency tritanopia: S-filling-in or S-filtering-out?. It has long been an accepted fact that a small test field presented against a large background may change its colour appearance because the test-field background contrast is attenuated by the receptor colour channels unequally (Willmer, 1944 Natur...

Logvinenko, A.D.; Hutchinson, S.J., 2006: An effect of luminance contrast on high-spatial-frequency tritanopia. Luminance contrast was found to affect high-spatial-frequency tritanopia despite the S-cone coordinates of the stimuli being kept constant. This proves that a traditional account of artificial tritanopias based on the spatial resolution difference...

Logvinenko, A.D.; Hutchinson, S.J., 2001: High-spatial-frequency tritanopia is stronger under equiluminant conditions. IOVS 42(4): S48, March 15

Pan, F.; Swanson, W.H., 2002: A High Spatial Frequency Mask Can Change The Shape Of Eccentric Spatial Summation Functions. Purpose: Previously (ARVO 2001) we demonstrated that a contiguous luminance pedestal can alter the shape of chromatic spatial summation functions, revealing a second region of complete summation which we interpreted in terms of a second spatial me...

Barbot, A., 2016: How Attention Enhances Spatial Resolution: Preferential Gain Enhancement of High Spatial Frequency Neurons. Journal of Neuroscience 36(48): 12080-12082

Weijenberg, R.A.F.; Scherder, E.J.A.; Visscher, C.M.; Gorissen, T.; Yoshida, E.; Lobbezoo, F., 2014: Two-colour chewing gum mixing ability: digitalisation and spatial heterogeneity analysis. Many techniques are available to assess masticatory performance, but not all are appropriate for every population. A proxy suitable for elderly persons suffering from dementia was lacking, and a two-colour chewing gum mixing ability test was inves...

Anonymous, 2013: Two-colour chewing gum mixing ability digitalisation and spatial heterogeneity analysis. Many techniques are available to assess masticatory performance, but not all are appropriate for every population. A proxy suitable for elderly persons suffering from dementia was lacking, and a two-colour chewing gum mixing ability test was inves...

Bellacosa Marotti, R.; Pavan, A.; Casco, C., 2013: The integration of straight contours (snakes and ladders): The role of spatial arrangement, spatial frequency and spatial phase. In the present study we addressed the issue of whether the Gestalt principle of grouping by similarity (iso-orientation) subtends extraction of straight contours made up of disconnected, iso-oriented Gabor elements, whether collinear (snakes) or p...

Enoch, J.M.; Lakshminarayanan, V.; Kono, M.; Shih, P.; Strata, E., 1999: Refractive astigmatism acts predominantly as a source of high spatial frequency image distortion: the associated lineal distortions can be overcome by using a low pass spatial filter!. Purpose: Surprisingly, an important characteristic of astigmatism has been overlooked by ophthalmic and clinical scientists. Apparently, refractive astigmatism is due largely to a form of high spatial frequency image distortion. Methods: Character...

Henning, G.B.; Derrington, A.M., 1994: Speed, spatial-frequency, and temporal-frequency comparisons in luminance and colour gratings. The perceived speed, temporal frequency, and spatial frequency of matched colour and luminance gratings were compared in separate experiments. The large factor by which colour gratings are perceived to be slower moving than matched luminance grati...