<p>The reflective markers were attached to specific placement on the subjects.</p
People have a variety of sources of information (cues) about surface slant at their disposal. We use...
<p>The black line represents the summed gyroscope signal of four devices on one person (signal X). T...
Moving objects’ position (x) and eye-gaze position (o) were plotted in (a) scene 2, (b) scene 5, and...
<p>Position of reflective markers for kinematic data collection from a broiler chicken.</p
<p>Reflective markers were placed on bone anatomical landmarks of the body. Cluster markers were pla...
<p>(A) In a front view; (B) in a back view; (C) reconstructed kinematic model based on the marker se...
(1) Marker on left arm rest. (2) Marker on head gear. (3) Marker on right arm rest. Gray line: 3-dim...
<p><b>A</b> Motion capture area as seen from above. The four targets are placed at a distance of 180...
<p>Marker Placement; The positions of upper face and lower face markers from center point with the r...
<p>Marker locations of the motion capture data used for the patient-specific parameter optimization ...
<p>Markers placement and each marker's position; (Left side; the coordinate and distance calculating...
Circle: starting position; triangle: target location; continuous line: trajectory of the big toe; do...
<p>In a visually guided sequential pointing task, subjects started every trial by placing their inde...
Using straight translatory motion of a visual peripheral cue in the frontoparallel plane, and probin...
<p>Screenshot demonstrating feedback given to the Novices of the pilot study to indicate potential e...
People have a variety of sources of information (cues) about surface slant at their disposal. We use...
<p>The black line represents the summed gyroscope signal of four devices on one person (signal X). T...
Moving objects’ position (x) and eye-gaze position (o) were plotted in (a) scene 2, (b) scene 5, and...
<p>Position of reflective markers for kinematic data collection from a broiler chicken.</p
<p>Reflective markers were placed on bone anatomical landmarks of the body. Cluster markers were pla...
<p>(A) In a front view; (B) in a back view; (C) reconstructed kinematic model based on the marker se...
(1) Marker on left arm rest. (2) Marker on head gear. (3) Marker on right arm rest. Gray line: 3-dim...
<p><b>A</b> Motion capture area as seen from above. The four targets are placed at a distance of 180...
<p>Marker Placement; The positions of upper face and lower face markers from center point with the r...
<p>Marker locations of the motion capture data used for the patient-specific parameter optimization ...
<p>Markers placement and each marker's position; (Left side; the coordinate and distance calculating...
Circle: starting position; triangle: target location; continuous line: trajectory of the big toe; do...
<p>In a visually guided sequential pointing task, subjects started every trial by placing their inde...
Using straight translatory motion of a visual peripheral cue in the frontoparallel plane, and probin...
<p>Screenshot demonstrating feedback given to the Novices of the pilot study to indicate potential e...
People have a variety of sources of information (cues) about surface slant at their disposal. We use...
<p>The black line represents the summed gyroscope signal of four devices on one person (signal X). T...
Moving objects’ position (x) and eye-gaze position (o) were plotted in (a) scene 2, (b) scene 5, and...
DOI
Add to ORKG