The sensitivities of the human green and red cone mechanisms to sinusiodally flickering light were found to be near equal and independent of field size and estimation method. No wavelength dependency of modulation sensitivity was found. An observer who lacks the red cone pigment (protanope) did not show unusually high flicker sensitivity to green light of 525 nm. The modulation transfer function for the normal observer measured with a green flickering test on a red background is identical to that on a green background when the backgrounds have been equated for the green cones by the protanope. The same is true for the contrast transfer function of the normal observer when determined with a green grating on the red and green backgrounds equa...
The luminance and red-green chromatic detection mechanisms respond to, respectively, the sum and dif...
The luminance and red-green chromatic detection mechanisms respond to, respectively, the sum and dif...
Click on the DOI link below to access the article (may not be free).Previous work shows that the red...
The sensitivities of the human green and red cone mechanisms to sinusiodally flickering light were f...
The sensitivities of the human green and red cone mechanisms to sinusiodally flickering light were f...
The sensitivities of the human green and red cone mechanisms to sinusiodally flickering light were f...
Previous work shows that the red-green (RG) detection mechanism is highly sensitive, responding to e...
AbstractMany previous studies have shown that the relative number of long-wavelength-selective (L) v...
According to opponent-colors theory, a reddish surround induces greenness in a central test field. C...
AbstractIn order to investigate the mechanisms underlying green/red equiluminance matches in human o...
The luminance and red-green chromatic detection mechanisms respond to, respectively, the sum and dif...
NoThe spatial and temporal properties of human colour vision are examined using isoluminant, red¿gre...
AbstractRecent physiological evidence suggests that cones do not light adapt at low light levels. To...
AbstractThe spatial and temporal properties of human colour vision are examined using isoluminant, r...
The flicker characteristics of the color-receptive systems of the eye were investigated by measuring...
The luminance and red-green chromatic detection mechanisms respond to, respectively, the sum and dif...
The luminance and red-green chromatic detection mechanisms respond to, respectively, the sum and dif...
Click on the DOI link below to access the article (may not be free).Previous work shows that the red...
The sensitivities of the human green and red cone mechanisms to sinusiodally flickering light were f...
The sensitivities of the human green and red cone mechanisms to sinusiodally flickering light were f...
The sensitivities of the human green and red cone mechanisms to sinusiodally flickering light were f...
Previous work shows that the red-green (RG) detection mechanism is highly sensitive, responding to e...
AbstractMany previous studies have shown that the relative number of long-wavelength-selective (L) v...
According to opponent-colors theory, a reddish surround induces greenness in a central test field. C...
AbstractIn order to investigate the mechanisms underlying green/red equiluminance matches in human o...
The luminance and red-green chromatic detection mechanisms respond to, respectively, the sum and dif...
NoThe spatial and temporal properties of human colour vision are examined using isoluminant, red¿gre...
AbstractRecent physiological evidence suggests that cones do not light adapt at low light levels. To...
AbstractThe spatial and temporal properties of human colour vision are examined using isoluminant, r...
The flicker characteristics of the color-receptive systems of the eye were investigated by measuring...
The luminance and red-green chromatic detection mechanisms respond to, respectively, the sum and dif...
The luminance and red-green chromatic detection mechanisms respond to, respectively, the sum and dif...
Click on the DOI link below to access the article (may not be free).Previous work shows that the red...