Relationship of target and singleton distractor representations based on neural subspace analysis.

Relationship of target and singleton distractor representations based on neural subspace analysis.

<p>Responses were calculated in singleton present displays (example shown on top left). (A) Variance captured by projecting target and singleton FEF activity on the Orth-Target and Orth-Singleton subspaces. (B) Same for LIP. (C) Decoding accuracy for target/singleton distractor location using...

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Bibliographic Details
Main Author: Panagiotis Sapountzis (60096) (author)
Other Authors: Alexandra Antoniadou (20623903) (author), Georgia G. Gregoriou (20623906) (author)
Published: 2025
Subjects:
Neuroscience
Sociology
Mental Health
Biological Sciences not elsewhere classified
xlink "> goal
population level representations
frontal eye field
directed behavior requires
parietal lobe contribute
distinct neuronal populations
units displayed suppression
target color could
recorded neuronal responses
salient distractor compared
visual search task
salient distractor
search time
parietal cortex
distinct contribution
salient distractors
target features
suppression effects
singleton locations
results reveal
lateral intraparietal
larger proportion
irrelevant stimuli
effective suppression
conspicuous distractors
2 regions
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