<p>Measured force data were highly repeatable. (A) Example raw and filtered lateral force (<i>F</i><sub><i>y</i></sub>) traces, taken during dynamic testing. Three motion cycles during 1.0 Hz (top) and 2.0 Hz (bottom) 0° angle of attack motions are shown. (B) Filtered, phase-averaged traces of the data from (A). Silhouettes represent standard deviations. Streamwise forces (<i>F</i><sub><i>x</i></sub>) and vertical torques (<i>T</i><sub><i>z</i></sub>) followed similar trends to those displayed here.</p
<p>Representative force-time-series showing a typical perturbation profile. The criterion for the pe...
<p>Each trace shows examples of force and EMG in the left FDI and the level of each force in a typic...
<p>(<b>A</b>) Subjects learned to produce compensating forces in order to counteract the curl force ...
<p>(A) Feature extraction of force intermittency profile and primary movements from force outputs of...
<p>Despite the more complex shape of this foil, the pressure-based calculations were often able to a...
<p>A: Mean force, standard deviation, signal-to-noise ratio, and SampEn as a function of force level...
<p>(A) Pooled spectral distributions of force intermittency profile during static and dynamic force-...
<p>Force steadiness was defined as the coefficient of variation over the ten second constant-force p...
1<p>Values were presented as mean ± se.</p>2<p>Post-hoc for static force-tracking vs. dynamic force-...
<p>Values expressed as mean ± standard deviation. Repeated measures ANOVA pairwise comparisons:</p><...
<p>Values expressed as mean ± standard deviation. Repeated measures ANOVA pairwise comparisons:</p><...
<p><b>(A)</b> Force profiles showing the average temporal structure of the adaptive response for pFF...
<p>A: the precision grip apparatus held with a modified grip. B: the visual display contained two ho...
<p>(A) lateral forces recorded during quiet standing position for a representative trial. The amplit...
<p>UL, unilateral; BL, bilateral; F, force; N, newton; PF, peak force; pRFD, peak rate of force deve...
<p>Representative force-time-series showing a typical perturbation profile. The criterion for the pe...
<p>Each trace shows examples of force and EMG in the left FDI and the level of each force in a typic...
<p>(<b>A</b>) Subjects learned to produce compensating forces in order to counteract the curl force ...
<p>(A) Feature extraction of force intermittency profile and primary movements from force outputs of...
<p>Despite the more complex shape of this foil, the pressure-based calculations were often able to a...
<p>A: Mean force, standard deviation, signal-to-noise ratio, and SampEn as a function of force level...
<p>(A) Pooled spectral distributions of force intermittency profile during static and dynamic force-...
<p>Force steadiness was defined as the coefficient of variation over the ten second constant-force p...
1<p>Values were presented as mean ± se.</p>2<p>Post-hoc for static force-tracking vs. dynamic force-...
<p>Values expressed as mean ± standard deviation. Repeated measures ANOVA pairwise comparisons:</p><...
<p>Values expressed as mean ± standard deviation. Repeated measures ANOVA pairwise comparisons:</p><...
<p><b>(A)</b> Force profiles showing the average temporal structure of the adaptive response for pFF...
<p>A: the precision grip apparatus held with a modified grip. B: the visual display contained two ho...
<p>(A) lateral forces recorded during quiet standing position for a representative trial. The amplit...
<p>UL, unilateral; BL, bilateral; F, force; N, newton; PF, peak force; pRFD, peak rate of force deve...
<p>Representative force-time-series showing a typical perturbation profile. The criterion for the pe...
<p>Each trace shows examples of force and EMG in the left FDI and the level of each force in a typic...
<p>(<b>A</b>) Subjects learned to produce compensating forces in order to counteract the curl force ...