Elena Dipalma
Running analysis on treadmill and on track based on magneto-inertial sensing technology.
Rel. Andrea Cereatti, Rachele Rossanigo. Politecnico di Torino, Corso di laurea magistrale in Ingegneria Biomedica, 2022
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Abstract
Running temporal parameters, i.e., running cycle, stance and swing durations, are an effective way to evaluate running performances. Running characterization can be useful to predict the advent of injuries, enabling to reduce their entity or prevent them. During the last decades, magneto inertial measurements units (MIMUs) have become the most widespread wearable solution to investigate running in outdoor conditions, evaluating the runner’s actual performances. In the literature there is an extensive number of different methods for the detection of temporal events; however, each method is usually targeted to a restrict range of running speeds due to the high variability of the morphology of the inertial signals varying running paces.
The aim of the present work is to perform a comparative evaluation of different state of the art methods for the estimation of running temporal events (i.e., instants of initial, IC, and final contacts, FC, with the ground) across different running paces
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