Standard tone stability as a manipulation of precision in the oddball paradigm: modulation of prediction error responses to fixed-probability deviants
I SanMiguel, J Costa-Faidella, ZR Lugo… - Frontiers in Human …, 2021 - frontiersin.org
Electrophysiological sensory deviance detection signals, such as the mismatch negativity
(MMN), have been interpreted from the predictive coding framework as manifestations of
prediction error (PE). From a frequentist perspective of the classic oddball paradigm, deviant
stimuli are unexpected because of their low probability. However, the amount of PE elicited
by a stimulus can be dissociated from its probability of occurrence: when the observer
cannot make confident predictions, any event holds little surprise value, no matter how …
(MMN), have been interpreted from the predictive coding framework as manifestations of
prediction error (PE). From a frequentist perspective of the classic oddball paradigm, deviant
stimuli are unexpected because of their low probability. However, the amount of PE elicited
by a stimulus can be dissociated from its probability of occurrence: when the observer
cannot make confident predictions, any event holds little surprise value, no matter how …
Standard tone stability as a manipulation of precision in the oddball paradigm: Modulation of prediction error responses to fixed-probability deviants
I San Miguel Insua, J Costa Faidella… - Frontiers in Human …, 2021 - diposit.ub.edu
Electrophysiological sensory deviance detection signals, such as the mismatch negativity
(MMN), have been interpreted from the predictive coding framework as manifestations of
prediction error (PE). From a frequentist perspective of the classic oddball paradigm, deviant
stimuli are unexpected because of their low probability. However, the amount of PE elicited
by a stimulus can be dissociated from its probability of occurrence: when the observer
cannot make confident predictions, any event holds little surprise value, no matter how …
(MMN), have been interpreted from the predictive coding framework as manifestations of
prediction error (PE). From a frequentist perspective of the classic oddball paradigm, deviant
stimuli are unexpected because of their low probability. However, the amount of PE elicited
by a stimulus can be dissociated from its probability of occurrence: when the observer
cannot make confident predictions, any event holds little surprise value, no matter how …
以上显示的是最相近的搜索结果。 查看全部搜索结果