<p>Mean response times pooled across five participants as a function of set size and waveform for Experiments 1 (a) & 2 (b). The y-axis on the right represents response times in number of cycles (at 0.7 Hz, 1 cycle lasts 1.4 s). The error bars reflect the overall standard errors of individuals’ mean response times. Dashed lines and solid lines code for sine-wave and square-wave modulations respectively.</p
<p>Experiment 1: Mean (SD) response times in milliseconds for each combination of experimental facto...
<p>Mean response latencies (in ms) and mean error rates (in percentages) as a function of trial type...
Mean percentages of correct responses and mean response time in eight test sessions for each stimulu...
<p>Response time (RT) gains ((RT(10) - RT(6)) in the square-wave condition as a function of the resp...
<p>(A) Mean response times pooled across five participants as a function of cue validity and wavefor...
<p>Each visual target was preceded by one of several standard tones that together formed a repetitiv...
<p>The deviants were F#5 (i.e., a small deviation from the replaced tone and an unexpected sequence-...
<p>Each visual target was preceded by one of three standard tones that together formed a repetitive ...
<div><p>[<a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0072888#B19" target="...
A, Mean number of 6 Hz phase patterns detected per second per trial in real data (white bars, marmos...
<p>A represents the subjects’ reported time (y-axis) for the 4 fixed intervals (x-axis) in Experimen...
<p>In the auditory modality, the response times are displayed as a function of the group and the fre...
<p>Experiments 1 and 2 exhibit significantly faster response times when the implied musical motion m...
<p>Open white bars represent values for control trials. Light grey bars represent values for target ...
<p>The left panel depicts absolute response times for all conditions. The right panel shows the resp...
<p>Experiment 1: Mean (SD) response times in milliseconds for each combination of experimental facto...
<p>Mean response latencies (in ms) and mean error rates (in percentages) as a function of trial type...
Mean percentages of correct responses and mean response time in eight test sessions for each stimulu...
<p>Response time (RT) gains ((RT(10) - RT(6)) in the square-wave condition as a function of the resp...
<p>(A) Mean response times pooled across five participants as a function of cue validity and wavefor...
<p>Each visual target was preceded by one of several standard tones that together formed a repetitiv...
<p>The deviants were F#5 (i.e., a small deviation from the replaced tone and an unexpected sequence-...
<p>Each visual target was preceded by one of three standard tones that together formed a repetitive ...
<div><p>[<a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0072888#B19" target="...
A, Mean number of 6 Hz phase patterns detected per second per trial in real data (white bars, marmos...
<p>A represents the subjects’ reported time (y-axis) for the 4 fixed intervals (x-axis) in Experimen...
<p>In the auditory modality, the response times are displayed as a function of the group and the fre...
<p>Experiments 1 and 2 exhibit significantly faster response times when the implied musical motion m...
<p>Open white bars represent values for control trials. Light grey bars represent values for target ...
<p>The left panel depicts absolute response times for all conditions. The right panel shows the resp...
<p>Experiment 1: Mean (SD) response times in milliseconds for each combination of experimental facto...
<p>Mean response latencies (in ms) and mean error rates (in percentages) as a function of trial type...
Mean percentages of correct responses and mean response time in eight test sessions for each stimulu...