Impact of the number of stimulus pairs on delay conditioning.

Learning paths for each CS-US pair for a single experimental run. Each thin line tracks the expectation E for a single stimulus pair. Note that the paths do not increase monotonically, which shows that there can be interference across pairs. The vertica...

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Detalhes bibliográficos
Autor principal:	Pantelis Vafidis (22615310) (author)
Outros Autores:	Antonio Rangel (217687) (author)
Publicado em:	2025
Assuntos:	Neuroscience Evolutionary Biology Mental Health Biological Sciences not elsewhere classified representational inductive bias predict external contingencies learn large numbers information available locally inductive bias pervasive architectural inductive bias individual experimental task cortical associative learning compartment pyramidal neurons compartment neuronal processing learn generic stimulus specific parameter fine leverages two forms mixed stimulus representations implements stimulus substitution parameter fine stimulus substitution stimulus learning require task neurons allow neuronal response mixed selectivity without relying wide array training commensurate natural mechanism model generates fundamental unit framework highlights animal experiments
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Resumo:	<p>Learning paths for each <i>CS-US</i> pair for a single experimental run. Each thin line tracks the expectation <i>E</i> for a single stimulus pair. Note that the paths do not increase monotonically, which shows that there can be interference across pairs. The vertical read lines indicate the time at which the average <i>E</i> across pairs (thicker green line) reaches 80% performance level.</p> <p>(EPS)</p>

Impact of the number of stimulus pairs on delay conditioning.

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