AbstractIn four experiments, participants had to detect symmetries or repetitions distributed over two depth planes, under presentation times of 200–1000ms. Structurally corresponding elements were placed in different planes (Experiments 1a and 1b) or in the same plane (Experiments 2a and 2b). Results suggest (a) an ongoing interaction between regularity cues and depth cues, and (b) that efficient detection of symmetry but not of repetition depends on structural correspondences within depth planes. The latter confirms the idea that, to perceptual organization, symmetry is a cue for the presence of one object, whereas repetition is a cue for the presence of multiple objects
Symmetry detection has long been a major focus of perception research. However, although symmetry is...
Human brain functions well in dealing with visual information. When we look around, information prov...
Bilateral mirror symmetry is often thought to be particularly salient to human observers. It has bee...
Contains fulltext : 56108.pdf (publisher's version ) (Closed access)In four experi...
AbstractIn four experiments, participants had to detect symmetries or repetitions distributed over t...
In four experiments, participants had to detect symmetries or repetitions distributed over two depth...
AbstractSymmetry and repetition are recognized as cues in perceptual organization, but there is disa...
Symmetry and repetition are recognized as cues in perceptual organization, but there is disagreement...
AbstractThe human visual system is more sensitive to symmetry than to repetition. According to the s...
Symmetry is usually easier to detect within a single object than in two objects (one-object advantag...
Detection of (mirror) symmetry—which is abundantly present in the world—is often assumed to be an in...
Contains fulltext : 55307.pdf (publisher's version ) (Closed access)Although ecolo...
It is known that perceptual organization modulates the salience of visual symmetry. Reflectional sy...
The human visual system is more sensitive to symmetry than to repetition. According to the so-called...
AbstractTo assess the role of second-order channels in symmetry perception we measured the effects o...
Symmetry detection has long been a major focus of perception research. However, although symmetry is...
Human brain functions well in dealing with visual information. When we look around, information prov...
Bilateral mirror symmetry is often thought to be particularly salient to human observers. It has bee...
Contains fulltext : 56108.pdf (publisher's version ) (Closed access)In four experi...
AbstractIn four experiments, participants had to detect symmetries or repetitions distributed over t...
In four experiments, participants had to detect symmetries or repetitions distributed over two depth...
AbstractSymmetry and repetition are recognized as cues in perceptual organization, but there is disa...
Symmetry and repetition are recognized as cues in perceptual organization, but there is disagreement...
AbstractThe human visual system is more sensitive to symmetry than to repetition. According to the s...
Symmetry is usually easier to detect within a single object than in two objects (one-object advantag...
Detection of (mirror) symmetry—which is abundantly present in the world—is often assumed to be an in...
Contains fulltext : 55307.pdf (publisher's version ) (Closed access)Although ecolo...
It is known that perceptual organization modulates the salience of visual symmetry. Reflectional sy...
The human visual system is more sensitive to symmetry than to repetition. According to the so-called...
AbstractTo assess the role of second-order channels in symmetry perception we measured the effects o...
Symmetry detection has long been a major focus of perception research. However, although symmetry is...
Human brain functions well in dealing with visual information. When we look around, information prov...
Bilateral mirror symmetry is often thought to be particularly salient to human observers. It has bee...