Kittens do not learn to use visual information to guide their behaviour if they are deprived of the optic flow that accompanies their own movements. We show that the optic flow that is required for developing visually guided behaviour is derived from changes in contour orientations, rather than from velocity patterns. We used several tests to assess visually guided behaviour. The performance of kittens that had only been allowed to see isolated dots of light was indistinguishable from that of kittens that had received no visual exposure at all. Kittens that had seen streaks of light performed better on several tasks. We discuss this finding with relation to the visual pathways that are presumably involved.</p
We present three experiments that investigated the perception of animacy and direction from local bi...
The second-order statistics of neural activity was examined in a model of the cat LGN and V1 during ...
Spatial vision was tested behaviorally in two normal and two experimental cats in a Berkley apparatu...
Kittens do not learn to use visual information to guide their behaviour if they are deprived of the ...
1. Neurones in the postero‐medial part of the cat's lateral suprasylvian visual cortex (area PMLS) s...
Summary. A novel procedure was used to rear kittens under conditions of con-trolled visual experienc...
Monocular deprivation in kittens does not lead to an ocular dominance shift in striate cortex if the...
In the mammalian visual cortex, key neuronal response properties such as orientation preference and ...
SummaryThe accurate representation of the motion of external objects is one of the more important ta...
Experience is known to affect the development of ocular dominance maps in visual cortex, but it has ...
This study was designed to monitor the development of inhibitory interactions elicited in the cat vi...
Abstract — Inspired by the pioneering work by Held and Hein (1963) on the development of kitten visu...
AbstractThe selectivities of neurons in primary visual cortex are often considered to be adapted to ...
We explore the role of active body movement in the developmental process of the visual system. Recep...
The development of cortico-cortical connections was studied in kittens deprived of vision by binocul...
We present three experiments that investigated the perception of animacy and direction from local bi...
The second-order statistics of neural activity was examined in a model of the cat LGN and V1 during ...
Spatial vision was tested behaviorally in two normal and two experimental cats in a Berkley apparatu...
Kittens do not learn to use visual information to guide their behaviour if they are deprived of the ...
1. Neurones in the postero‐medial part of the cat's lateral suprasylvian visual cortex (area PMLS) s...
Summary. A novel procedure was used to rear kittens under conditions of con-trolled visual experienc...
Monocular deprivation in kittens does not lead to an ocular dominance shift in striate cortex if the...
In the mammalian visual cortex, key neuronal response properties such as orientation preference and ...
SummaryThe accurate representation of the motion of external objects is one of the more important ta...
Experience is known to affect the development of ocular dominance maps in visual cortex, but it has ...
This study was designed to monitor the development of inhibitory interactions elicited in the cat vi...
Abstract — Inspired by the pioneering work by Held and Hein (1963) on the development of kitten visu...
AbstractThe selectivities of neurons in primary visual cortex are often considered to be adapted to ...
We explore the role of active body movement in the developmental process of the visual system. Recep...
The development of cortico-cortical connections was studied in kittens deprived of vision by binocul...
We present three experiments that investigated the perception of animacy and direction from local bi...
The second-order statistics of neural activity was examined in a model of the cat LGN and V1 during ...
Spatial vision was tested behaviorally in two normal and two experimental cats in a Berkley apparatu...