Predicting continuous ground reaction forces from accelerometers during uphill and downhill running: a recurrent neural network solution - Alcantara, Ryan S.; Edwards, W. Brent; Millet, Guillaume Y.; Grabowski, Alena M. (PeerJ (San Francisco, CA), 2022)
Keywords: Accelerometers; Accelerometry; Accuracy; Biomechanics; Computational linguistics; Data Mining and Machine Learning; Exercise Test; Fitness equipment; GRF; Humans; IMU; Kinematics; Laboratories; Language processing; LSTM; Machine learning; Movement; Natural language interfaces; Neural networks; Neural Networks, Computer; RNN; Running; Sacrum; Somatotropin releasing hormone; Variables; Wearable computers; United States--US; Biomechanics; IMU; LSTM; RNN; Machine learning; Biofeedback; GRF