We propose a model for early visual processing in primates. The model consists of a population of linear spatial filters which interact through non-linear excitatory and inhibitory pooling. Statistical estimation theory is then used to derive human psychophysical thresholds from the responses of the entire population of units. The model is able to reproduce human thresholds for contrast and orientation discrimination tasks, and to predict contrast thresholds in the presence of masks of varying orientation and spatial frequency
A model of human visual detection performance has been developed, based on available anatomical and ...
Pattern detection is the bedrock of modern vision science. Nearly half a century ago, psychophysicis...
Human and non-human primates excel at visual recognition tasks. The primate visual system exhibits a...
We propose a model for early visual processing in primates. The model consists of a population of li...
We previously proposed a quantitative model of early visual processing in primates, based on non-lin...
We previously proposed a quantitative model of early visual processing in primates, based on non-lin...
We previously proposed a quantitative model of early visual processing in primates, based on non-lin...
AbstractWe describe a model of neural recoding in spatial vision that specifies how the outputs of s...
Despite the ease with which we perceive, it is not clear how the distribution of light across the vi...
We report contrast detection, contrast increment, contrast masking, orientation discrimination, and ...
All current models of spatial vision postulate an initial linear spatial frequency- and orientation-...
Most current models of early spatial vision assume independent spatial-frequency-and orientation-sel...
Behavioural pattern detection experiments have greatly advanced our understanding of the computation...
AbstractHuman psychophysics and monkey physiology studies have shown that attention modulates early ...
Behavioural pattern detection experiments have greatly advanced our understanding of the computation...
A model of human visual detection performance has been developed, based on available anatomical and ...
Pattern detection is the bedrock of modern vision science. Nearly half a century ago, psychophysicis...
Human and non-human primates excel at visual recognition tasks. The primate visual system exhibits a...
We propose a model for early visual processing in primates. The model consists of a population of li...
We previously proposed a quantitative model of early visual processing in primates, based on non-lin...
We previously proposed a quantitative model of early visual processing in primates, based on non-lin...
We previously proposed a quantitative model of early visual processing in primates, based on non-lin...
AbstractWe describe a model of neural recoding in spatial vision that specifies how the outputs of s...
Despite the ease with which we perceive, it is not clear how the distribution of light across the vi...
We report contrast detection, contrast increment, contrast masking, orientation discrimination, and ...
All current models of spatial vision postulate an initial linear spatial frequency- and orientation-...
Most current models of early spatial vision assume independent spatial-frequency-and orientation-sel...
Behavioural pattern detection experiments have greatly advanced our understanding of the computation...
AbstractHuman psychophysics and monkey physiology studies have shown that attention modulates early ...
Behavioural pattern detection experiments have greatly advanced our understanding of the computation...
A model of human visual detection performance has been developed, based on available anatomical and ...
Pattern detection is the bedrock of modern vision science. Nearly half a century ago, psychophysicis...
Human and non-human primates excel at visual recognition tasks. The primate visual system exhibits a...