<p>Effect of processing settings on within and between subject variation in the area of coherence (A,C) and peak coherence (B,D) for slow (A,B) and normal (C,D) walking speeds. Each marker indicates the variable value of a single session. The different marker styles and colors depict different processing steps.</p
<p>Fits indicate coherence response functions for pooled performance across 6 subjects. Data points ...
Despite the emphasis in quantitative electroencephalography (qEEG) research on measures of absolute ...
Background: Different scales claim to measure the construct ‘‘Sense of Coherence’’. Results from the...
<p>Variation of area of coherence (A) and peak coherence (B) within a single 10-min walking trail at...
<p>Influence of number of segments on the area of coherence (A) and peak coherence (B) for HP10-R. D...
<p>The most left graphs (A,E,I) depict the coherence spectra within the 15–35 Hz frequency range for...
<p>Inter-quartile ranges of channel-wise coherence within each region of interest. Because no signif...
The aim of this study was to investigate the cognitive abilities that underlie coherence building. A...
<p>The across subject average correlations (µ ± std) between coherence spectra from different sessio...
<p>(A) Performance for groups of trials that differ in how far off the cued direction the test direc...
<p>A. Interquartile range of coherence within and between regions of interest. Coherence was greates...
<div><p>(A) Average coherence of yaw (red), sideward (black), and forward (blue) velocity with the s...
<p>Data points represent the mean value over 10 independent simulations and error bars represent one...
<p>Mean coherence spectra (+SE) (a) and coherence of interest (±SE) (b) across 16 participants for e...
(A) Increasing overall coherence (darker lines) produces a parametric performance improvement (steep...
<p>Fits indicate coherence response functions for pooled performance across 6 subjects. Data points ...
Despite the emphasis in quantitative electroencephalography (qEEG) research on measures of absolute ...
Background: Different scales claim to measure the construct ‘‘Sense of Coherence’’. Results from the...
<p>Variation of area of coherence (A) and peak coherence (B) within a single 10-min walking trail at...
<p>Influence of number of segments on the area of coherence (A) and peak coherence (B) for HP10-R. D...
<p>The most left graphs (A,E,I) depict the coherence spectra within the 15–35 Hz frequency range for...
<p>Inter-quartile ranges of channel-wise coherence within each region of interest. Because no signif...
The aim of this study was to investigate the cognitive abilities that underlie coherence building. A...
<p>The across subject average correlations (µ ± std) between coherence spectra from different sessio...
<p>(A) Performance for groups of trials that differ in how far off the cued direction the test direc...
<p>A. Interquartile range of coherence within and between regions of interest. Coherence was greates...
<div><p>(A) Average coherence of yaw (red), sideward (black), and forward (blue) velocity with the s...
<p>Data points represent the mean value over 10 independent simulations and error bars represent one...
<p>Mean coherence spectra (+SE) (a) and coherence of interest (±SE) (b) across 16 participants for e...
(A) Increasing overall coherence (darker lines) produces a parametric performance improvement (steep...
<p>Fits indicate coherence response functions for pooled performance across 6 subjects. Data points ...
Despite the emphasis in quantitative electroencephalography (qEEG) research on measures of absolute ...
Background: Different scales claim to measure the construct ‘‘Sense of Coherence’’. Results from the...