The feasibility of predicting ground reaction forces during running from a trunk accelerometry driven mass-spring-damper model

@benclarsen @ChrisSkazalski How do you define external loads? Here's a relevant bit from @NJ_Nedergaard et al., 2018 (https://t.co/ODV99PiKmt) https://t.co/XopnsuDDYp
RT @KULeuvenPT: Trunk-mounted accelerometry alone is insufficient to predict meaningful GRF waveforms in team sports. #Biomechanics #traini…
RT @gnassis: A key question for #injury #prevention is: how to estimate GRF from body-worn micro-sensor? This new study shows trunk-mounted…
RT @gnassis: A key question for #injury #prevention is: how to estimate GRF from body-worn micro-sensor? This new study shows trunk-mounted…
RT @gnassis: A key question for #injury #prevention is: how to estimate GRF from body-worn micro-sensor? This new study shows trunk-mounted…
RT @gnassis: A key question for #injury #prevention is: how to estimate GRF from body-worn micro-sensor? This new study shows trunk-mounted…
2546 days ago
RT @gnassis: A key question for #injury #prevention is: how to estimate GRF from body-worn micro-sensor? This new study shows trunk-mounted…
RT @gnassis: A key question for #injury #prevention is: how to estimate GRF from body-worn micro-sensor? This new study shows trunk-mounted…
RT @gnassis: A key question for #injury #prevention is: how to estimate GRF from body-worn micro-sensor? This new study shows trunk-mounted…
RT @gnassis: A key question for #injury #prevention is: how to estimate GRF from body-worn micro-sensor? This new study shows trunk-mounted…
2546 days ago
RT @gnassis: A key question for #injury #prevention is: how to estimate GRF from body-worn micro-sensor? This new study shows trunk-mounted…
RT @gnassis: A key question for #injury #prevention is: how to estimate GRF from body-worn micro-sensor? This new study shows trunk-mounted…
RT @gnassis: A key question for #injury #prevention is: how to estimate GRF from body-worn micro-sensor? This new study shows trunk-mounted…
RT @gnassis: A key question for #injury #prevention is: how to estimate GRF from body-worn micro-sensor? This new study shows trunk-mounted…
RT @gnassis: A key question for #injury #prevention is: how to estimate GRF from body-worn micro-sensor? This new study shows trunk-mounted…
2547 days ago
RT @gnassis: A key question for #injury #prevention is: how to estimate GRF from body-worn micro-sensor? This new study shows trunk-mounted…
2547 days ago
RT @gnassis: A key question for #injury #prevention is: how to estimate GRF from body-worn micro-sensor? This new study shows trunk-mounted…
2547 days ago
A key question for #injury #prevention is: how to estimate GRF from body-worn micro-sensor? This new study shows trunk-mounted accelerometry alone is inappropriate for predicting GRF. Great job! Niels Nedergaard et al https://t.co/BhRGKkenrB https://t.co/K75br9sWvo
2548 days ago
RT @johnwarmenhoven: Great to see a number of recent papers investigating the potential connection between biomechanics and load monitoring…
RT @johnwarmenhoven: Great to see a number of recent papers investigating the potential connection between biomechanics and load monitoring…
RT @johnwarmenhoven: Great to see a number of recent papers investigating the potential connection between biomechanics and load monitoring…
RT @johnwarmenhoven: Great to see a number of recent papers investigating the potential connection between biomechanics and load monitoring…
RT @johnwarmenhoven: Great to see a number of recent papers investigating the potential connection between biomechanics and load monitoring…
RT @johnwarmenhoven: Great to see a number of recent papers investigating the potential connection between biomechanics and load monitoring…
2550 days ago
RT @johnwarmenhoven: Great to see a number of recent papers investigating the potential connection between biomechanics and load monitoring…