Two experiments examined pigeons' discrimination of directional movement using pictorial images shown on computer monitors. Stimuli consisted of the movement of a bird against a stationary background or the movement of the background behind a stationary bird. In Experiment 1, pigeons were trained to discriminate either leftward or rightward motion of either the bird or the background from stationary frames drawn from the same movies. The background-discrimination group acquired the discrimination faster than the bird-discrimination group. In Experiment 2, transfer of the discrimination from the task of Experiment 1 to a discrimination between motion directions was examined. Most of the pigeons learned this discrimination rapidly, whereas in...
The cognitive and neural mechanisms for recognizing and categorizing behavior are not well understoo...
Birds can rely on a variety of cues for orientation during migration and homing. Celestial rotation ...
The orientation invariance of visual pattern recognition in pigeons and humans was studied using a c...
Three experiments examined the ability of birds to discriminate between the actions of walking forwa...
Three experiments examined the ability of birds to discriminate between the actions of walking forwa...
Three experiments examined the ability of birds to discriminate between the actions of walking forwa...
Three experiments examined the ability of birds to discriminate between the actions of walking forwa...
In three experiments, pigeons were exposed to a discriminated autoshaping procedure in which categor...
Although the pigeon is a popular model for studying visual perception, relatively little is known ab...
AbstractHumans and pigeons were trained to discriminate between views of similar and distinctive obj...
“The original publication is available at www.springerlink.com”. Copyright Springer. DOI: 10.1007/s1...
Pigeons learned to discriminate a large number of bilateral symmetric and asymmetric visual patterns...
Pigeons learned to discriminate a large number of bilateral symmetric and asymmetric visual patterns...
Summary. Pigeons learned to discriminate a large number of bilateral symmetric and asymmetric visual...
<div><p>Birds can rely on a variety of cues for orientation during migration and homing. Celestial r...
The cognitive and neural mechanisms for recognizing and categorizing behavior are not well understoo...
Birds can rely on a variety of cues for orientation during migration and homing. Celestial rotation ...
The orientation invariance of visual pattern recognition in pigeons and humans was studied using a c...
Three experiments examined the ability of birds to discriminate between the actions of walking forwa...
Three experiments examined the ability of birds to discriminate between the actions of walking forwa...
Three experiments examined the ability of birds to discriminate between the actions of walking forwa...
Three experiments examined the ability of birds to discriminate between the actions of walking forwa...
In three experiments, pigeons were exposed to a discriminated autoshaping procedure in which categor...
Although the pigeon is a popular model for studying visual perception, relatively little is known ab...
AbstractHumans and pigeons were trained to discriminate between views of similar and distinctive obj...
“The original publication is available at www.springerlink.com”. Copyright Springer. DOI: 10.1007/s1...
Pigeons learned to discriminate a large number of bilateral symmetric and asymmetric visual patterns...
Pigeons learned to discriminate a large number of bilateral symmetric and asymmetric visual patterns...
Summary. Pigeons learned to discriminate a large number of bilateral symmetric and asymmetric visual...
<div><p>Birds can rely on a variety of cues for orientation during migration and homing. Celestial r...
The cognitive and neural mechanisms for recognizing and categorizing behavior are not well understoo...
Birds can rely on a variety of cues for orientation during migration and homing. Celestial rotation ...
The orientation invariance of visual pattern recognition in pigeons and humans was studied using a c...