(a) Linear regression of the intuitive control interface, (b) of the non-intuitive control interface and (c) their comparison. The mean of each subject for every ID and control interface is indicated with a circle.</p
<p>(A) The overall number of changes is plotted against the mean reaction time (mRT) of all valid tr...
<p>Participants also choose different switching times between the two conditions. A. The black dots ...
<p>A, Dots show mean scores for each movement and each subject; thick line shows a regression fit. B...
<p>Linear regression fittings for reaction time (RT) and movement time (MT) as a function of interva...
(a) shows the learning curve for the intuitive control interface, (b) for the non-intuitive control ...
<p>Linear regression fittings for reaction time (RT) and movement time (MT) as a function of the ang...
Boxplots of the movement times (MT) of the trunk and leg control interfaces, for each of the three I...
<p>The circles represent participants' movement velocities after observing the moving stimuli and th...
<p>(a) Linear regression of subjective finger size change on reaching threshold shift. (b) Linear re...
<p>Mean reaction times (± SEM) for all subjects, in the absence of TMS, for each type of cues (BL: b...
<p>Simple linear regression with the cognitive tests scores as explained variables and walking time ...
<p>Regression performance with respect to the use of different number of longitudinal time points by...
<p>(A) Movement time; (B) deceleration time; and (C) acceleration time. Each dot represents mean val...
(a) Trial-by-trial endpoint error data (one degree-of-freedom) for a block of 70 consecutive movemen...
A strong linear relationship (R2>0.98) was found between the movement time and index of difficulty.<...
<p>(A) The overall number of changes is plotted against the mean reaction time (mRT) of all valid tr...
<p>Participants also choose different switching times between the two conditions. A. The black dots ...
<p>A, Dots show mean scores for each movement and each subject; thick line shows a regression fit. B...
<p>Linear regression fittings for reaction time (RT) and movement time (MT) as a function of interva...
(a) shows the learning curve for the intuitive control interface, (b) for the non-intuitive control ...
<p>Linear regression fittings for reaction time (RT) and movement time (MT) as a function of the ang...
Boxplots of the movement times (MT) of the trunk and leg control interfaces, for each of the three I...
<p>The circles represent participants' movement velocities after observing the moving stimuli and th...
<p>(a) Linear regression of subjective finger size change on reaching threshold shift. (b) Linear re...
<p>Mean reaction times (± SEM) for all subjects, in the absence of TMS, for each type of cues (BL: b...
<p>Simple linear regression with the cognitive tests scores as explained variables and walking time ...
<p>Regression performance with respect to the use of different number of longitudinal time points by...
<p>(A) Movement time; (B) deceleration time; and (C) acceleration time. Each dot represents mean val...
(a) Trial-by-trial endpoint error data (one degree-of-freedom) for a block of 70 consecutive movemen...
A strong linear relationship (R2>0.98) was found between the movement time and index of difficulty.<...
<p>(A) The overall number of changes is plotted against the mean reaction time (mRT) of all valid tr...
<p>Participants also choose different switching times between the two conditions. A. The black dots ...
<p>A, Dots show mean scores for each movement and each subject; thick line shows a regression fit. B...