AbstractUsing visually complex stimuli, three monkeys learned visual exclusive-or (XOR) tasks that required detecting two way visual feature conjunctions. Monkeys with passive exposure to the test images, or prior experience, were quicker to acquire an XOR style task. Training on each pairwise comparison of the stimuli to be used in an XOR task provided nearly complete transfer when stimuli became intermingled in the full XOR task. Task mastery took longer, accuracy was lower, and response times were slower for conjunction stimuli. Rotating features of the XOR stimuli did not adversely effect recognition speed or accuracy
International audienceWhile humans exposed to a sequential stimulus pairing A-B are commonly assumed...
The inferior temporal cortex (IT) of the monkey has long been known to play an essential role in vis...
Two previous studies have shown that frontal–temporal disconnection in monkeys, produced by unilater...
AbstractUsing visually complex stimuli, three monkeys learned visual exclusive-or (XOR) tasks that r...
By learning to discriminate among visual stimuli, human observers can become experts at specific vis...
Here the authors examine the nature of the mnemonic structures that underlie the ability of animals ...
Previous work in monkeys has shown that both frontal and inferior temporal cortices are required to ...
We trained monkeys to identify objects in the presence of varying amounts of visual noise in a delay...
By learning to discriminate among visual stimuli, human observers can become experts at specific vis...
[Background]The dual-task paradigm is a procedure in which subjects are asked to perform two behavio...
Rhesus monkeys underwent training in a contrast discrimination task, in which grating stimuli were p...
The inferotemporal cortex in primates is thought to be the primary region that subserves object reco...
During visually guided behavior, relevant information must be extracted from the environment. Which ...
AbstractIn this issue of Neuron, Uka and DeAngelis report a neural signature of the strategy that mo...
Our understanding of the neurobiological underpinnings of learning and behavior relies on the use o...
International audienceWhile humans exposed to a sequential stimulus pairing A-B are commonly assumed...
The inferior temporal cortex (IT) of the monkey has long been known to play an essential role in vis...
Two previous studies have shown that frontal–temporal disconnection in monkeys, produced by unilater...
AbstractUsing visually complex stimuli, three monkeys learned visual exclusive-or (XOR) tasks that r...
By learning to discriminate among visual stimuli, human observers can become experts at specific vis...
Here the authors examine the nature of the mnemonic structures that underlie the ability of animals ...
Previous work in monkeys has shown that both frontal and inferior temporal cortices are required to ...
We trained monkeys to identify objects in the presence of varying amounts of visual noise in a delay...
By learning to discriminate among visual stimuli, human observers can become experts at specific vis...
[Background]The dual-task paradigm is a procedure in which subjects are asked to perform two behavio...
Rhesus monkeys underwent training in a contrast discrimination task, in which grating stimuli were p...
The inferotemporal cortex in primates is thought to be the primary region that subserves object reco...
During visually guided behavior, relevant information must be extracted from the environment. Which ...
AbstractIn this issue of Neuron, Uka and DeAngelis report a neural signature of the strategy that mo...
Our understanding of the neurobiological underpinnings of learning and behavior relies on the use o...
International audienceWhile humans exposed to a sequential stimulus pairing A-B are commonly assumed...
The inferior temporal cortex (IT) of the monkey has long been known to play an essential role in vis...
Two previous studies have shown that frontal–temporal disconnection in monkeys, produced by unilater...