AbstractOn the basis of MacAdam's data, we have computed a psychophysical function which characterizes the transference of the colour information processed by the human visual system in the chromatic frequency domain. This function, obtained using chromatic-discrimination criteria, shows a cut-off frequency between 0.01375 and 0.02 c/nm, depending upon the colour-tolerance units adopted
The spatial filtering applied by the human visual system appears to be low pass for chromatic stimul...
A psychophysical experiment was conducted to evaluate the performance of various colour spaces, colo...
Explaining the chromatic methodology for the intelligent monitoring of complex systems, Chromatic Mo...
AbstractOn the basis of MacAdam's data, we have computed a psychophysical function which characteriz...
Gratings that contain luminance and chromatic components of different spatial frequencies were used ...
General hypothesis for the definition of chromatic-opponency functions are given in a black-box appr...
The accuracy with which humans detect chromatic differences varies throughout color space. For examp...
When the illumination on a scene changes, so do the visual signals elicited by that scene. In spite ...
This investigation programme has concentrated on a number of topics concerning visual function in hu...
Contains reports on one research project.National Institutes of Health (Grant 1 ROl EY01149-01)Bell ...
The Modulation Transfer Function of the human visual system has been determined with a sin usoidal t...
AbstractTo determine the spatial modulation transfer function (MTF) of the human foveal visual syste...
Measurements of acquired colour deficits can aid in the detection of certain visual ailments (King-S...
Explaining the chromatic methodology for the intelligent monitoring of complex systems, Chromatic Mo...
The first stage of human color vision is the encoding of light by the long (L), medium (M), and shor...
The spatial filtering applied by the human visual system appears to be low pass for chromatic stimul...
A psychophysical experiment was conducted to evaluate the performance of various colour spaces, colo...
Explaining the chromatic methodology for the intelligent monitoring of complex systems, Chromatic Mo...
AbstractOn the basis of MacAdam's data, we have computed a psychophysical function which characteriz...
Gratings that contain luminance and chromatic components of different spatial frequencies were used ...
General hypothesis for the definition of chromatic-opponency functions are given in a black-box appr...
The accuracy with which humans detect chromatic differences varies throughout color space. For examp...
When the illumination on a scene changes, so do the visual signals elicited by that scene. In spite ...
This investigation programme has concentrated on a number of topics concerning visual function in hu...
Contains reports on one research project.National Institutes of Health (Grant 1 ROl EY01149-01)Bell ...
The Modulation Transfer Function of the human visual system has been determined with a sin usoidal t...
AbstractTo determine the spatial modulation transfer function (MTF) of the human foveal visual syste...
Measurements of acquired colour deficits can aid in the detection of certain visual ailments (King-S...
Explaining the chromatic methodology for the intelligent monitoring of complex systems, Chromatic Mo...
The first stage of human color vision is the encoding of light by the long (L), medium (M), and shor...
The spatial filtering applied by the human visual system appears to be low pass for chromatic stimul...
A psychophysical experiment was conducted to evaluate the performance of various colour spaces, colo...
Explaining the chromatic methodology for the intelligent monitoring of complex systems, Chromatic Mo...