The 3 selected components and their averaged time courses from Group ICA.

<p>The 3 selected components and their averaged time courses from Group ICA.</p

The spatial mask applied to build network.

<p>The spatial mask applied to build network.</p

Network measures between SZ at high load and HC at medium load.

<p>Green dots above indicate significant group difference (<i>p</i><0.05, FDR corrected) and pink dots above indicate marginally group difference (<i>p</i><0.1, FDR corrected) between HC and SZ at that observation.</p

Scatter Plots of averaged clustering coefficients and local efficiency against RT at medium load.

<p>Scatter plots with trend lines showing averaged <i>C_net</i> and <i>E_local,net</i> as function of reaction time in all subjects and each group. Significant negative correlation (<i>p</i><0.05) was found between reaction time and averaged <i>C_net</i> and <i>E_local,net</i> for all subjects (green line).</p

Group comparison on network measures at medium load.

<p>Network measures on individual observations as a function of degree between groups on WM load level 3. Green dots above indicate significant group difference (<i>p</i><0.05, FDR corrected) and pink dots above indicate marginally group difference (<i>p</i><0.1, FDR corrected) between HC and SZ at that observation.</p

Original (top) and sorted (bottom) blocks order.

<p>Time courses sorted according to the WM loads within each run. Details are enlarged on the right.</p

Demographics of Subjects and Symptom Scores for SZ.

<p>Demographics of Subjects and Symptom Scores for SZ.</p

Averaged network measures changes across three load levels in HC and SZ.

<p>Solid lines between WM load levels indicate significant increases/decreases (<i>p</i><0.05), and dotted lines indicate no significant changes when WM load levels increases.</p

Subjects’ Performance on SIRP.

<p>Subjects’ Performance on SIRP.</p

The SIRP timing and design.

<p>Top: Timing and contents of each Prompt-Encode-Probe block for each WM load level. Bottom: A sample run combining six blocks at different WM load levels in pseudo-random order.</p