<p>Strength (<i>S</i>) Clustering (<i>C</i>) and global efficiency (<i>E</i>) for the PLI index for different densities of network links. The results are for alpha-EEG band. Asterisks stand for differences for the interaction between the three factors (B)eat (Nonbinaural vs. Binaural), (R)ange (<i>δ</i>-BB to γ-BB band) and (G)roup (<i>Musicians</i>, <i>MS vs</i>. <i>Nonmusicians)</i>, <i>B-R-G;</i></p><p>**: <i>p</i><0.01. Greek letters indicate the BB range for which BB—NB differences were significant. Note that the differences and the bands were robust across all the density links considered.</p><p>Network measures for alpha-EEG band using PLI index.</p
Functional connectivity (FC) and graph measures provide powerful means to analyze complex networks. ...
<p>Bar plots show the medians of distance between brain network properties of samples in the healthy...
<p>Bars show the differences in the areas under curves (AUC) of (A) small-world parameters (Cp, Lp, ...
<p>Strength (<i>S</i>), clustering (<i>C</i>) and global efficiency (<i>E</i>) for the PLV index as ...
<p><i>Left</i>: Musicians; <i>right</i>: Non-musicians. <i>Blue</i>: NonBinaural (NB) beat; <i>red</...
<p><i>Left</i>: theta-BB; <i>Right</i>: alpha-BB. Bullets indicate the position of electrodes for wh...
<p>Panels plot group-wise graph-theoretic metrics averaged over all connection densities considered....
Power spectral density (PSD) and network analysis performed on functional correlation (FC) patterns ...
<p>Mean values with bars corresponding to the standard errors of the efficiency-cost curves are plot...
<p>A: Various network measures were determined for networks in different frequency ranges as a funct...
<p>Brain areas are represented by Frontal (Fp1 and Fp2), Central (C3 and C4) and Occipital (O1 and O...
In panels A-C, we represented the distributions of brain volume (x-axis) versus 4 indices that chara...
<p>(A) EEG time-series from the 26 scalp electrodes were separately filtered for the delta, theta, a...
<p>Parameters were averaged for each sensor on a group level and displayed on a helmet-shaped surfac...
<p>Only the strongest connections are shown (PLV, DTF: 30% for AVERAGE and for REST; PLI: 82% for AV...
Functional connectivity (FC) and graph measures provide powerful means to analyze complex networks. ...
<p>Bar plots show the medians of distance between brain network properties of samples in the healthy...
<p>Bars show the differences in the areas under curves (AUC) of (A) small-world parameters (Cp, Lp, ...
<p>Strength (<i>S</i>), clustering (<i>C</i>) and global efficiency (<i>E</i>) for the PLV index as ...
<p><i>Left</i>: Musicians; <i>right</i>: Non-musicians. <i>Blue</i>: NonBinaural (NB) beat; <i>red</...
<p><i>Left</i>: theta-BB; <i>Right</i>: alpha-BB. Bullets indicate the position of electrodes for wh...
<p>Panels plot group-wise graph-theoretic metrics averaged over all connection densities considered....
Power spectral density (PSD) and network analysis performed on functional correlation (FC) patterns ...
<p>Mean values with bars corresponding to the standard errors of the efficiency-cost curves are plot...
<p>A: Various network measures were determined for networks in different frequency ranges as a funct...
<p>Brain areas are represented by Frontal (Fp1 and Fp2), Central (C3 and C4) and Occipital (O1 and O...
In panels A-C, we represented the distributions of brain volume (x-axis) versus 4 indices that chara...
<p>(A) EEG time-series from the 26 scalp electrodes were separately filtered for the delta, theta, a...
<p>Parameters were averaged for each sensor on a group level and displayed on a helmet-shaped surfac...
<p>Only the strongest connections are shown (PLV, DTF: 30% for AVERAGE and for REST; PLI: 82% for AV...
Functional connectivity (FC) and graph measures provide powerful means to analyze complex networks. ...
<p>Bar plots show the medians of distance between brain network properties of samples in the healthy...
<p>Bars show the differences in the areas under curves (AUC) of (A) small-world parameters (Cp, Lp, ...