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Utility of Inter-subject Transfer Learning for Wearable-Sensor-Based Joint Torque Prediction Models., , , , и . EMBC, стр. 4901-4907. IEEE, (2021)Second Spine: A device to relieve stresses on the upper body during loaded walking., , , , , и . BioRob, стр. 689-694. IEEE, (2014)ALEX III: A novel robotic platform with 12 DOFs for human gait training., , и . ICRA, стр. 3914-3919. IEEE, (2013)Knee Joint Misalignment in Exoskeletons for the Lower Extremities: Effects on User's Gait., , , и . IEEE Trans. Robotics, 31 (4): 978-987 (2015)Impact of Haptic Cues and an Active Ankle Exoskeleton on Gait Characteristics., , , и . Hum. Factors, 66 (3): 904-915 (марта 2024)Improving transparency of powered exoskeletons using force/torque sensors on the supporting cuffs., , , и . ICORR, стр. 1-6. IEEE, (2013)Reducing muscle effort in walking through powered exoskeletons., , , , и . EMBC, стр. 3926-3929. IEEE, (2012)Ablation Analysis to Select Wearable Sensors for Classifying Standing, Walking, and Running., , , , и . Sensors, 21 (1): 194 (2021)Degrees-of-freedom of a robotic exoskeleton and human adaptation to new gait templates., , и . ICRA, стр. 4986-4991. IEEE, (2012)Rehabilitation Exoskeleton Design: Exploring the Effect of the Anterior Lunge Degree of Freedom., , , и . IEEE Trans. Robotics, 29 (4): 838-846 (2013)