<p>A: Right: Statistical parametric maps of the audio-tactile incongruency response and the musicians versus non-musicians comparison as revealed by the flexible factorial model for the time window of 125 to 165 ms. Threshold: AlphaSim corrected at p<0.001 by taking into account peak voxel significance (threshold p<0.001 uncorrected) and cluster size (threshold size,>259 voxels). Left: Grand average global field power for standard (black line) and deviant (grey line) response. The gray bar indicates the time interval where the analysis was performed. B: Right: Statistical parametric maps of the audio-tactile incongruency response and the musicians versus non-musicians comparison as revealed by the flexible factorial model for the time windo...
<p>The blue overlay shows the combined output of three 1-d filters whilst the green overlay shows th...
<p>(A) Examples of biased distribution of stimulation intervals: Gaussian distributions with positiv...
<p>GDF measures for ATVI (auditory relevant target and visual irrelevant), AIVT (auditory irrelevant...
<p>Right: Statistical parametric maps of the auditory MMN response and the musicians versus non-musi...
<p>Threshold: AlphaSim corrected at p<0.05 by taking into account peak voxel significance (threshold...
<p>Threshold was common for all three analyses: AlphaSim corrected at <i>p</i><0.001 tanking in to a...
<p>Location of the activation in the auditory condition: right Insula, BA 13; right Anterior Cingula...
(A) Responses to natural and model-matched sounds from two example voxels from a single subject. One...
<p>Figure 2a shows the statistical parametric map where <i>beta</i> power was smaller when observing...
<p>Statistical parametric maps of event-related desynchronization (the motivation session relative t...
A: Histogram of best spectral and temporal modulation frequencies for 241 experimentally recorded ST...
Spectro-Temporal Receptive Fields (STRFs) were estimated from both multi-unit sorted clusters and hi...
<p>The gray bar indicates the time interval where the analysis was performed.</p
<p>For all the subjects, the modulations in beta power were maximal in the 15–25 Hz frequency band. ...
Results for tactile stimulation thresholds from multiple linear regression analysis.</p
<p>The blue overlay shows the combined output of three 1-d filters whilst the green overlay shows th...
<p>(A) Examples of biased distribution of stimulation intervals: Gaussian distributions with positiv...
<p>GDF measures for ATVI (auditory relevant target and visual irrelevant), AIVT (auditory irrelevant...
<p>Right: Statistical parametric maps of the auditory MMN response and the musicians versus non-musi...
<p>Threshold: AlphaSim corrected at p<0.05 by taking into account peak voxel significance (threshold...
<p>Threshold was common for all three analyses: AlphaSim corrected at <i>p</i><0.001 tanking in to a...
<p>Location of the activation in the auditory condition: right Insula, BA 13; right Anterior Cingula...
(A) Responses to natural and model-matched sounds from two example voxels from a single subject. One...
<p>Figure 2a shows the statistical parametric map where <i>beta</i> power was smaller when observing...
<p>Statistical parametric maps of event-related desynchronization (the motivation session relative t...
A: Histogram of best spectral and temporal modulation frequencies for 241 experimentally recorded ST...
Spectro-Temporal Receptive Fields (STRFs) were estimated from both multi-unit sorted clusters and hi...
<p>The gray bar indicates the time interval where the analysis was performed.</p
<p>For all the subjects, the modulations in beta power were maximal in the 15–25 Hz frequency band. ...
Results for tactile stimulation thresholds from multiple linear regression analysis.</p
<p>The blue overlay shows the combined output of three 1-d filters whilst the green overlay shows th...
<p>(A) Examples of biased distribution of stimulation intervals: Gaussian distributions with positiv...
<p>GDF measures for ATVI (auditory relevant target and visual irrelevant), AIVT (auditory irrelevant...