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Seeing edge blur: receptive fields as multiscale neural templates
Mark A. Georgeson
Optometry
Research output
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Unpublished contribution to conference
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Other
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peer-review
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Dive into the research topics of 'Seeing edge blur: receptive fields as multiscale neural templates'. Together they form a unique fingerprint.
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Keyphrases
2AFC
33%
Blurred Edge
33%
Data Matching
33%
Distribution Shift
33%
Edge Blur
100%
Edge Detection
33%
Edge Length
33%
Edge Location
33%
Gaussian Derivative
33%
Gaussian Test
33%
Gradient Profile
33%
Length-width Ratio
33%
Luminance Gradient
33%
Luminance Profile
66%
Multiscale Problems
33%
Non-Gaussian
33%
Perceived Blur
33%
Perceptual Cues
33%
Receptive Field
100%
Response Distribution
33%
Scale Invariance
33%
Self-similar Set
33%
Self-similarity
33%
Sharp Edge
33%
Simultaneous Analysis
33%
Spatial Derivatives
33%
Staircase Procedure
33%
Template Models
66%
Test Stimuli
66%
Visual System
33%
Zero Crossing
33%
Engineering
Edge Detection
25%
Edge Location
25%
Gaussians
100%
Multiscale
100%
Receptive Field
100%
Similarities
25%
Test Stimulus
50%