Manipulating randomness in between-layer connections.

<p>Each column represents results from different level of connectivity randomness (), as marked at the top. Top row shows response functions for the attended stimulus in the stimulated sub-network. Middle row shows response functions in the unstimulated sub-network, based on firing rates of th...

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Bibliographic Details
Main Author:	Sunyoung Park (507160) (author)
Other Authors:	John T. Serences (7181243) (author)
Published:	2025
Subjects:	Neuroscience Sociology Mental Health Biological Sciences not elsewhere classified Information Systems not elsewhere classified globally prime sensitivity early sensory areas random connections averaged completely random connections like representations arose behaviorally relevant stimuli second layer neurons based attentional modulations unstimulated sensory neurons different sensory neurons based attention </ spurious stimulus representations relevant stimulus led corresponding gain modulations modulating neurons tuned dimensional feature tuning feature selective neurons div >< p sensory neurons based attention spurious stimulus selective modulations relevant stimulus dimensional tuning neurons selective reciprocal connections relevant features neurons tuned without leading visual search subtly increasing spatial location single features results suggest responded robustly respond directly prefrontal cortex multiple features might interfere location – like high irrelevant features giving rise even modulate directly driven delicate balance cancelling benefits
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Manipulating randomness in between-layer connections.

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