<p>Reflective markers were placed on bone anatomical landmarks of the body. Cluster markers were placed on the upper and lower leg for better motion tracking for these specific body segments. During walking, running and hopping the medial markers of the knee and ankle were removed to avoid any adaptation of the natural movement in case of marker contact.</p
Segment poses and joint kinematics estimated from skin markers are highly affected by soft tissue ar...
<p>(A) Marker placement: Eight reflective markers were placed over surface landmarks. The markers, e...
The aim was to compare kinematic data from an experimental foot model comprising four segments ((i) ...
Kinematics of skin markers are affected by skin tissue artefact with respect to the bone during spo...
Kinematics of skin markers are affected by skin tissue artefact with respect to ...
<p>Fig 1-A, B, C shows the frontal, back, and sagittal views, respectively, for measuring a right le...
This paper deals with the experimental problems related to the reconstruction of the position and or...
<p>(A)The foot was divided into five segments including hindfoot, midfoot, medial and lateral forefo...
This study investigated the influence of different marker sets and different leg positions on time h...
<p>Markers and marker triads are adhered along the pelvis and a single limb. The left hind limb was ...
Accurate measurement of underlying bone positions is important for the understanding of normal movem...
<p><b>A</b> Motion capture area as seen from above. The four targets are placed at a distance of 180...
This study aims to determine optimal locations on the lower limbs for skin-mounted markers represent...
grantor: University of TorontoThe purpose of this study was to propose a static and a dyna...
In biomechanics of human movement, the consistency of the kinematic data is crucial to ens...
Segment poses and joint kinematics estimated from skin markers are highly affected by soft tissue ar...
<p>(A) Marker placement: Eight reflective markers were placed over surface landmarks. The markers, e...
The aim was to compare kinematic data from an experimental foot model comprising four segments ((i) ...
Kinematics of skin markers are affected by skin tissue artefact with respect to the bone during spo...
Kinematics of skin markers are affected by skin tissue artefact with respect to ...
<p>Fig 1-A, B, C shows the frontal, back, and sagittal views, respectively, for measuring a right le...
This paper deals with the experimental problems related to the reconstruction of the position and or...
<p>(A)The foot was divided into five segments including hindfoot, midfoot, medial and lateral forefo...
This study investigated the influence of different marker sets and different leg positions on time h...
<p>Markers and marker triads are adhered along the pelvis and a single limb. The left hind limb was ...
Accurate measurement of underlying bone positions is important for the understanding of normal movem...
<p><b>A</b> Motion capture area as seen from above. The four targets are placed at a distance of 180...
This study aims to determine optimal locations on the lower limbs for skin-mounted markers represent...
grantor: University of TorontoThe purpose of this study was to propose a static and a dyna...
In biomechanics of human movement, the consistency of the kinematic data is crucial to ens...
Segment poses and joint kinematics estimated from skin markers are highly affected by soft tissue ar...
<p>(A) Marker placement: Eight reflective markers were placed over surface landmarks. The markers, e...
The aim was to compare kinematic data from an experimental foot model comprising four segments ((i) ...