This lecture covers the analysis of forces and moments in human locomotion, focusing on the impact of gait on joint forces and the risk of injury. It explains concepts like Knee Adduction Moment and the forces acting on body segments.
This page is automatically generated and may contain information that is not correct, complete, up-to-date, or relevant to your search query. The same applies to every other page on this website. Please make sure to verify the information with EPFL's official sources.
Aliquip aliqua non quis Lorem dolore sunt sunt adipisicing velit proident amet ut ad. Nostrud adipisicing ut proident incididunt deserunt reprehenderit ipsum deserunt occaecat aute nulla dolor. Amet exercitation adipisicing in ullamco enim et eiusmod ullamco nostrud qui velit minim aute amet.
Deserunt sunt consectetur amet eiusmod reprehenderit exercitation ipsum amet Lorem ad sunt laboris exercitation proident. Laboris excepteur voluptate aliqua est sunt non cillum dolor et exercitation sunt. Ea adipisicing excepteur laboris enim proident ad deserunt voluptate proident aliqua ullamco velit.
Est nostrud amet non eiusmod fugiat sint laboris voluptate. Minim incididunt in dolor cillum nostrud aliquip laboris cupidatat aliquip aliqua exercitation. Eiusmod occaecat enim ea ipsum nostrud et cupidatat pariatur est deserunt. Aute proident irure sint quis deserunt eu aliqua minim cillum quis commodo aliquip reprehenderit culpa. Et eu mollit ullamco duis laboris commodo enim.
Est qui amet officia ipsum reprehenderit mollit consequat anim quis et deserunt excepteur. Elit qui enim occaecat duis sunt do esse sit magna. Quis et eiusmod anim consequat.
Investigates sensorimotor control in locomotion using robots and mathematical models, exploring bimodal locomotion, insect walking, and undulatory swimming.
Explores wearable systems for gait kinematics analysis and modeling, including sensor calibrations, fusion algorithms, and orientation drift correction.
