<p>(A–C) The global metric reliability was derived from HbO, HbR, and HbT, respectively. Five colors correspond to five different reliability grades. The red, yellow, green, cyan, and blue colors represent excellent (0.75< <i>ICC</i> <1), good (0.6< <i>ICC</i> <0.75), fair (0.4< <i>ICC</i> <0.6), low (0.25< <i>ICC</i> <0.4), and poor (<i>ICC</i><0.25) reliability of global network metrics, respectively. <i>C<sub>p</sub></i>, <i>L<sub>p</sub></i>, <i>γ</i>, <i>λ,</i> and σ denote the clustering coefficient, characteristic path length, normalized clustering coefficient, normalized characteristic path length, and small-world, respectively. <i>E<sub>loc</sub></i> and <i>E<sub>glob</sub></i> denote local efficiency and global efficiency, respect...
<p>The global network metrics (y-axis) from the bootstrapped data are displayed across fixed density...
<p> and are measures of robustness of a topology to input and parameter perturbations, respectivel...
<p>Black dots represent the highest-performing network from each of the 100 experiments from both th...
<p>The areas under the curves (AUCs) of each global metric were used to provide threshold-independen...
<p>(A–C) The nodal metric reliability was derived from HbO, HbR, and HbT, respectively. The five col...
<p>The areas under the curves (AUCs) of each global metric were used to provide threshold-independen...
<p>The reliability was estimated using areas under curves (AUC) of each metric. Statistical analysis...
<p>The reliability was estimated using areas under curves (AUC) of each metric. Statistical analysis...
<p>(A) The clustering coefficient and (B) the characteristic path length are shown as a function of ...
<p>λ = normalized shortest path length, γ = normalized clustering coefficient, E<sub>glob</sub> = gl...
<p>Dependence of the network metrics, averaged across subjects, on the parcellation: scaled (normali...
<p>ICC for the global efficiency (), the characteristic path length (), the mean betweenness central...
<p>Comparison of ICC maps of RSFC of Broca's area between with (C, D) and without (A, B) global sign...
<p>Shown are the results of the global network parameters that were calculated in the present study ...
<p>(a) Scattered data of the predicted global features for three data sets, using the regression coe...
<p>The global network metrics (y-axis) from the bootstrapped data are displayed across fixed density...
<p> and are measures of robustness of a topology to input and parameter perturbations, respectivel...
<p>Black dots represent the highest-performing network from each of the 100 experiments from both th...
<p>The areas under the curves (AUCs) of each global metric were used to provide threshold-independen...
<p>(A–C) The nodal metric reliability was derived from HbO, HbR, and HbT, respectively. The five col...
<p>The areas under the curves (AUCs) of each global metric were used to provide threshold-independen...
<p>The reliability was estimated using areas under curves (AUC) of each metric. Statistical analysis...
<p>The reliability was estimated using areas under curves (AUC) of each metric. Statistical analysis...
<p>(A) The clustering coefficient and (B) the characteristic path length are shown as a function of ...
<p>λ = normalized shortest path length, γ = normalized clustering coefficient, E<sub>glob</sub> = gl...
<p>Dependence of the network metrics, averaged across subjects, on the parcellation: scaled (normali...
<p>ICC for the global efficiency (), the characteristic path length (), the mean betweenness central...
<p>Comparison of ICC maps of RSFC of Broca's area between with (C, D) and without (A, B) global sign...
<p>Shown are the results of the global network parameters that were calculated in the present study ...
<p>(a) Scattered data of the predicted global features for three data sets, using the regression coe...
<p>The global network metrics (y-axis) from the bootstrapped data are displayed across fixed density...
<p> and are measures of robustness of a topology to input and parameter perturbations, respectivel...
<p>Black dots represent the highest-performing network from each of the 100 experiments from both th...