AbstractWe measured phase shifts between Long-wavelength cone (L-cone) and Middle-wavelength cone (M-cone) signals as well as sensitivity in the luminance pathway either following a cone-silent substitution of colored background or on a steady colored background. In background substitution, the phase shifts between L- and M-cone signals varied only slightly depending on the substituted color, whereas marked elevation of the threshold following the substitution of colored background was found. In contrast, the phase shifts, as well as threshold, varied largely, depending on the background color in the steady background. These facts suggest that suppression by the cone-opponent process for background color substitution is different from the o...
AbstractThe spatial and temporal properties of human colour vision are examined using isoluminant, r...
AbstractThree experiments compared thresholds for S-cone increments and decrements under steady and ...
Click on the DOI link below to access the article (may not be free).1. The human luminance mechanism...
We measured phase shifts between Long-wavelength cone (L-cone) and Middle-wavelength cone (M-cone) s...
We investigated how transient changes of background color influence the L- and M- (long- and middle-...
1. The human luminance (LUM) mechanism detects rapid flicker and motion, responding to a linear sum ...
Cone signals in the luminance or achromatic pathway were investigated by measuring how the perceptua...
AbstractWe investigated the effect of 16 isoluminant chromatic surrounds on the perceived colour of ...
1The human luminance mechanism (LUM) detects rapid flicker and motion, summating the neurally integr...
The luminance and red-green chromatic detection mechanisms respond to, respectively, the sum and dif...
We describe a technique to estimate the intrinsic phase shift between long-wavelength-cone (L-cone) ...
AbstractRecent physiological evidence suggests that cones do not light adapt at low light levels. To...
AbstractDetection thresholds plotted in the L and M cone-contrast plane have shown that there are tw...
The first stage of human color vision is the encoding of light by the long (L), medium (M), and shor...
It is well known that the short-wavelength sensitive cones (S-cones) contribute to human color visio...
AbstractThe spatial and temporal properties of human colour vision are examined using isoluminant, r...
AbstractThree experiments compared thresholds for S-cone increments and decrements under steady and ...
Click on the DOI link below to access the article (may not be free).1. The human luminance mechanism...
We measured phase shifts between Long-wavelength cone (L-cone) and Middle-wavelength cone (M-cone) s...
We investigated how transient changes of background color influence the L- and M- (long- and middle-...
1. The human luminance (LUM) mechanism detects rapid flicker and motion, responding to a linear sum ...
Cone signals in the luminance or achromatic pathway were investigated by measuring how the perceptua...
AbstractWe investigated the effect of 16 isoluminant chromatic surrounds on the perceived colour of ...
1The human luminance mechanism (LUM) detects rapid flicker and motion, summating the neurally integr...
The luminance and red-green chromatic detection mechanisms respond to, respectively, the sum and dif...
We describe a technique to estimate the intrinsic phase shift between long-wavelength-cone (L-cone) ...
AbstractRecent physiological evidence suggests that cones do not light adapt at low light levels. To...
AbstractDetection thresholds plotted in the L and M cone-contrast plane have shown that there are tw...
The first stage of human color vision is the encoding of light by the long (L), medium (M), and shor...
It is well known that the short-wavelength sensitive cones (S-cones) contribute to human color visio...
AbstractThe spatial and temporal properties of human colour vision are examined using isoluminant, r...
AbstractThree experiments compared thresholds for S-cone increments and decrements under steady and ...
Click on the DOI link below to access the article (may not be free).1. The human luminance mechanism...