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Kinematics of skin markers are affected by skin tissue artefact with respect to  the bone during sports activities or locomotion. The purpose of this study is to  determine the less disturbed marker’s location for walking and landing.  Twenty-six markers were put on the thigh of nine male subjects. Each subject  performed a static trial, a setup movement for determining a functional hip  joint centre and five walking and landing trials. The marker displacements were  obtained by comparing recorded marker positions and solidified marker positions  based on the geometry of the static acquisition. The markers were subsequently  ranked from the worst to the least deformed. The ranking of each trial for each  subject was analyzed with the concordance coefficient of Kendall and descriptive  statistics were used to determine the most and the least disturbed markers. The  results show reproducibility between trials for each subject for the two  movements. Statistical analysis shows that the most deformed markers during  walking were located close to the hip and knee joints whereas the least  disturbed were on the mid-thigh. The landing analysis does not permit to  determine the best markers from the worst

Determination of optimal placements of markers on the thigh during walking and landing