<p>(A) Raw and filtered velocity data from the LMC trials that were accepted for analysis. (B) Comparison of the Optotrak and LMC velocity data obtained on concurrent trials.</p
<p>(A) Average reach trajectory to the far target of each side in each condition for a single partic...
Comparison of left ventricular long-axis excursions and velocities for the septal and lateral walls....
<p><b>A:</b> One representative subject showing instantaneous velocity for the 6 trials performed wi...
<p>High frequency component was evident in the raw velocity plots for some trials, which were exclud...
<p>Three typical trials illustrating finger’s velocity during the bead threading task obtained from ...
<p>(A) movement time, (B) duration of the acceleration interval, (C) duration of the deceleration in...
<p>Difference (Δ Optotrak–LMC) in (A) movement time, (B) duration of the acceleration interval, (C) ...
<p>(A) movement time, (B) duration of the deceleration interval, (C) peak velocity. Each filled circ...
<p>Comparison of measured and estimated axial velocity profiles for 36.2%, 50% and 70% D.</p
<p>Summary of the mean difference error (Optotrak-LMC) in outcome measures found in experiments 1–3....
The solid shaded curves depict the three-trials averaged, time and amplitude normalized, angular vel...
<p>Each row summarizes data from one subject. Only left eye (LE) velocities were used for these anal...
3D motion analysis represents a method of collecting objective, accurate and repeatable gait data, h...
<p>Experimental results (horizontal and vertical components of velocity) for one path (2) and subjec...
<p>The top panel shows the linear head velocity profile of one of our experimental trials, which was...
<p>(A) Average reach trajectory to the far target of each side in each condition for a single partic...
Comparison of left ventricular long-axis excursions and velocities for the septal and lateral walls....
<p><b>A:</b> One representative subject showing instantaneous velocity for the 6 trials performed wi...
<p>High frequency component was evident in the raw velocity plots for some trials, which were exclud...
<p>Three typical trials illustrating finger’s velocity during the bead threading task obtained from ...
<p>(A) movement time, (B) duration of the acceleration interval, (C) duration of the deceleration in...
<p>Difference (Δ Optotrak–LMC) in (A) movement time, (B) duration of the acceleration interval, (C) ...
<p>(A) movement time, (B) duration of the deceleration interval, (C) peak velocity. Each filled circ...
<p>Comparison of measured and estimated axial velocity profiles for 36.2%, 50% and 70% D.</p
<p>Summary of the mean difference error (Optotrak-LMC) in outcome measures found in experiments 1–3....
The solid shaded curves depict the three-trials averaged, time and amplitude normalized, angular vel...
<p>Each row summarizes data from one subject. Only left eye (LE) velocities were used for these anal...
3D motion analysis represents a method of collecting objective, accurate and repeatable gait data, h...
<p>Experimental results (horizontal and vertical components of velocity) for one path (2) and subjec...
<p>The top panel shows the linear head velocity profile of one of our experimental trials, which was...
<p>(A) Average reach trajectory to the far target of each side in each condition for a single partic...
Comparison of left ventricular long-axis excursions and velocities for the septal and lateral walls....
<p><b>A:</b> One representative subject showing instantaneous velocity for the 6 trials performed wi...
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