Comparative Study of Human Gait Using 2D Video-Based Motion Analysis
This study analyzes lower-limb joint kinematics
during gait in five university students, using video-based motion capture with Kinovea. Reflective markers were placed on
anatomical landmarks, and joint angles of the hip, knee, and
ankle were extracted across the gait cycle. Spatiotemporal parameters and anthropometric measurements were also collected.
Results revealed that morphological differences—such as limb
length, pelvic width, and body mass—directly influenced gait
strategies. The findings highlight the feasibility of low-cost tools
for biomechanical assessment in diverse populations.
Axel A. Balboa; Brayam J. Lazares; Dhiago G. Llanos; Mateo P. Muñoz; Keila S. Villavicencio; Victoria E. Abarca
Año: 2025
Título de la revista: IEEE Xplore
Ciudad: Quito, Ecuador
Página inicial - Página final: 1-6
Url: https://ieeexplore.ieee.org/document/11304482/