<p>The table shows the number (percentage) of units significantly distinguishing long and brief tones (two-duration sessions) or high and low pitches (two-pitch sessions), calculated in a 250 second post-stimulus window.</p><p>Neural discrimination of task-irrelevant stimulus details in a 250 ms post-stimulus window.</p
<p>Panel <b>A</b> shows the channel-averaged neural response to the dual AM stimulus in the differen...
Previous studies indicated that empty time intervals are better discriminated in the auditory than i...
<p><b>A</b>. Population averaged responses as a function of stimulus azimuth and time post-stimulus ...
<p>The table shows the number (percentage) of units significantly distinguishing long and brief tone...
Hanna (1984) has shown that noise tokens with a duration of 400 ms are harder to discriminate than n...
Acoustically, pitch is related to the temporal regularity or periodicity of a sound. Perceptual and ...
<p>Bar graphs represent averaged MFT power between 280-320ms post target stimulus. Circles on heat m...
Rammsayer & Brandler (2002) have proposed that auditory temporal discrimination tasks provide a meas...
It has traditionally been thought that performance in two-interval frequency discrimination tasks de...
Neural representation of pitch-relevant information at both the brainstem and cortical levels of pro...
<p>In all tasks tones (horizontal bars) were presented sequentially. The discrimination tasks requir...
Objective: The question of how temporal information is processed by the brain is still a matter of d...
Recent evidence has shown top-down modulation of the brainstem frequency following response (FFR), g...
<p>(A) Mean mutual information between stimulus amplitude and firing rates (blue) and between stimul...
Selectively attending to task-relevant sounds whilst ignoring background noise is one of the most am...
<p>Panel <b>A</b> shows the channel-averaged neural response to the dual AM stimulus in the differen...
Previous studies indicated that empty time intervals are better discriminated in the auditory than i...
<p><b>A</b>. Population averaged responses as a function of stimulus azimuth and time post-stimulus ...
<p>The table shows the number (percentage) of units significantly distinguishing long and brief tone...
Hanna (1984) has shown that noise tokens with a duration of 400 ms are harder to discriminate than n...
Acoustically, pitch is related to the temporal regularity or periodicity of a sound. Perceptual and ...
<p>Bar graphs represent averaged MFT power between 280-320ms post target stimulus. Circles on heat m...
Rammsayer & Brandler (2002) have proposed that auditory temporal discrimination tasks provide a meas...
It has traditionally been thought that performance in two-interval frequency discrimination tasks de...
Neural representation of pitch-relevant information at both the brainstem and cortical levels of pro...
<p>In all tasks tones (horizontal bars) were presented sequentially. The discrimination tasks requir...
Objective: The question of how temporal information is processed by the brain is still a matter of d...
Recent evidence has shown top-down modulation of the brainstem frequency following response (FFR), g...
<p>(A) Mean mutual information between stimulus amplitude and firing rates (blue) and between stimul...
Selectively attending to task-relevant sounds whilst ignoring background noise is one of the most am...
<p>Panel <b>A</b> shows the channel-averaged neural response to the dual AM stimulus in the differen...
Previous studies indicated that empty time intervals are better discriminated in the auditory than i...
<p><b>A</b>. Population averaged responses as a function of stimulus azimuth and time post-stimulus ...