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The interaction of luminance and texture amplitude in depth perception
Gillian S. Barbieri-Hesse
,
Andrew Schofield
, Mark Georgeson
College of Health and Life Sciences
Optometry
Research output
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Contribution to journal
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Conference abstract
›
peer-review
Overview
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Keyphrases
Depth Perception
100%
First-order
66%
Separation Channel
33%
Luminance Change
33%
Phase Relationship
33%
Identification Task
33%
Suprathreshold
33%
Amplitude Modulation
33%
Modulation Depth
33%
Luminance Contrast
33%
Vision Research
33%
Noise Amplitude
33%
Spatial Vision
33%
Amplitude Change
33%
Noise Texture
33%
Compound Stimuli
33%
Local Amplitude
33%
Luminance Component
33%
Narrow Region
33%
Phase Compound
33%
Amplitude Components
33%
Computer Science
Modulationorder
100%
Luminance Contrast
100%
Amplitude Modulation
100%
Neuroscience
Depth Perception
100%
Spatial Vision
33%