<p>The iMMN reflects oddball effects on the same speech token presented as deviant and standard across stimulation blocks. As predicted, an asymmetry in mismatch activity was observed between specified and underspecified segments only for contextually appropriate cases. Compared to the frequent (/n/ to /m/) change from the appropriate context, all other conditions showed significant enhancements in mismatch amplitude. Error bars represent 95% confidence intervals.</p
The infrequent occurrence of a transient feature (deviance; e.g., frequency modulation, FM) in one o...
The relation of automatic auditory discrimination, measured with MMN, with the type of stimuli has n...
Internal models of regularities in the world serve to facilitate perception as redundant input can b...
<p>Note that the pattern of results (larger deviant-standard divergence, iMMN, for the high-frequenc...
Objective: Verify and explore unexpected results suggesting an effect of deviance direction (shorter...
<p>Mean amplitude of MMN (top panel) and LDN (lower panel) of the six analysed electrodes in relatio...
The mismatch negativity (MMN) component of the auditory event-related potential is associated with a...
<p>Mean amplitudes (<i>N</i> = 18) in 100 ms time windows for RP (50 to 150 ms), MMN (166 to 266 ms)...
Repetitive patterning facilitates inferences about likely properties of sound to follow. Mismatch ne...
(A) Effect of standard repetition on mismatch selectivity (response profile amplitude). Mismatch res...
Mismatch negativity (MMN) is generated by sounds violating a regular sequence of events including si...
The mismatch negativity (MMN) is conceptualized as a confidence-weighted error signal elicited when ...
<p>Mean amplitudes (in µV) and standard errors (in parentheses) elicited by standard (std) and devia...
A significant issue in the use of the mismatch negativity evoked potential ~MMN! concerns its low si...
The infrequent occurrence of a transient feature (deviance; e.g., frequency modulation, FM) in one o...
The infrequent occurrence of a transient feature (deviance; e.g., frequency modulation, FM) in one o...
The relation of automatic auditory discrimination, measured with MMN, with the type of stimuli has n...
Internal models of regularities in the world serve to facilitate perception as redundant input can b...
<p>Note that the pattern of results (larger deviant-standard divergence, iMMN, for the high-frequenc...
Objective: Verify and explore unexpected results suggesting an effect of deviance direction (shorter...
<p>Mean amplitude of MMN (top panel) and LDN (lower panel) of the six analysed electrodes in relatio...
The mismatch negativity (MMN) component of the auditory event-related potential is associated with a...
<p>Mean amplitudes (<i>N</i> = 18) in 100 ms time windows for RP (50 to 150 ms), MMN (166 to 266 ms)...
Repetitive patterning facilitates inferences about likely properties of sound to follow. Mismatch ne...
(A) Effect of standard repetition on mismatch selectivity (response profile amplitude). Mismatch res...
Mismatch negativity (MMN) is generated by sounds violating a regular sequence of events including si...
The mismatch negativity (MMN) is conceptualized as a confidence-weighted error signal elicited when ...
<p>Mean amplitudes (in µV) and standard errors (in parentheses) elicited by standard (std) and devia...
A significant issue in the use of the mismatch negativity evoked potential ~MMN! concerns its low si...
The infrequent occurrence of a transient feature (deviance; e.g., frequency modulation, FM) in one o...
The infrequent occurrence of a transient feature (deviance; e.g., frequency modulation, FM) in one o...
The relation of automatic auditory discrimination, measured with MMN, with the type of stimuli has n...
Internal models of regularities in the world serve to facilitate perception as redundant input can b...