<p>Total length of center of pressure (CoP) displacement per area for the four visual conditions (full vision [FV], central vision [CV], peripheral vision [PV], and no dot [ND] condition) for both the desktop display (DTD) and head-mounted display (HMD) conditions. The x-axis denotes the visual condition, with the y-axis denoting the total length of CoP displacement per area. Error bars indicate the standard deviation (SD).</p
Measurement of the displacement of the center-of-pressure (COP) is an important tool used in biomech...
<p>Displacement between the vantage point and the preferred <i>CoP</i> at four vantage points across...
<p>(A) Traces of the anterior-posterior displacement of the COM (mm) to FAST, MEDIUM, and SLOW rotat...
<p>Root mean square area for the four visual conditions (full vision [FV], central vision [CV], peri...
<p>Rectangular area for the four visual conditions (full vision [FV], central vision [CV], periphera...
<p>The COP was calculated from force plate data, and the magnitude of motion of the COP was evaluate...
<p>Note: This figure shows center of pressure (COP) displacements for three selected participants. A...
<p>Symbols represent means; error bars indicate the respective 95% confidence interval.</p
<p>Mean of the Surface area of the Center of Pressure excursions for each testing condition. Error b...
<p>Comparison of COP length and COP area values (related to both static and dynamic balance tests) b...
Data contains COP distance travelled (cm) for single support and double support 5s before and after ...
<p>Ipsilateral (open bars), net CoP (grey bars) and contralateral (solid) displacements are illustra...
Center-of-pressure total trajectory length is a complementary measure to maximum excursion feedback ...
<p>Mean of Surface of CoP (A), of length of CoP in the medio-lateral axis (B), of standard deviation...
<p>A. The value for Dmax derived from the raw direction discrimination performance data. Dmax is plo...
Measurement of the displacement of the center-of-pressure (COP) is an important tool used in biomech...
<p>Displacement between the vantage point and the preferred <i>CoP</i> at four vantage points across...
<p>(A) Traces of the anterior-posterior displacement of the COM (mm) to FAST, MEDIUM, and SLOW rotat...
<p>Root mean square area for the four visual conditions (full vision [FV], central vision [CV], peri...
<p>Rectangular area for the four visual conditions (full vision [FV], central vision [CV], periphera...
<p>The COP was calculated from force plate data, and the magnitude of motion of the COP was evaluate...
<p>Note: This figure shows center of pressure (COP) displacements for three selected participants. A...
<p>Symbols represent means; error bars indicate the respective 95% confidence interval.</p
<p>Mean of the Surface area of the Center of Pressure excursions for each testing condition. Error b...
<p>Comparison of COP length and COP area values (related to both static and dynamic balance tests) b...
Data contains COP distance travelled (cm) for single support and double support 5s before and after ...
<p>Ipsilateral (open bars), net CoP (grey bars) and contralateral (solid) displacements are illustra...
Center-of-pressure total trajectory length is a complementary measure to maximum excursion feedback ...
<p>Mean of Surface of CoP (A), of length of CoP in the medio-lateral axis (B), of standard deviation...
<p>A. The value for Dmax derived from the raw direction discrimination performance data. Dmax is plo...
Measurement of the displacement of the center-of-pressure (COP) is an important tool used in biomech...
<p>Displacement between the vantage point and the preferred <i>CoP</i> at four vantage points across...
<p>(A) Traces of the anterior-posterior displacement of the COM (mm) to FAST, MEDIUM, and SLOW rotat...