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A Data Driven Approach for Predicting Preferred Ankle Stiffness of a Quasi-Passive Prosthesis., , , и . IEEE Robotics Autom. Lett., 7 (2): 3467-3474 (2022)Empirical Characterization of a High-performance Exterior-rotor Type Brushless DC Motor and Drive., , и . IROS, стр. 8018-8025. IEEE, (2019)The Difference Threshold of Ankle-Foot Prosthesis Stiffness for Persons with Transtibial Amputation., , , и . BioRob, стр. 100-104. IEEE, (2018)Phase-Variable Control of a Powered Knee-Ankle Prosthesis over Continuously Varying Speeds and Inclines., , , и . IROS, стр. 6182-6189. IEEE, (2021)A Control Framework for Accurate Mechanical Impedance Rendering With Series-Elastic Joints in Prosthetic Actuation Applications., , , и . IEEE Robotics Autom. Lett., 9 (8): 6983-6990 (августа 2024)Using bilateral lower limb kinematic and myoelectric signals to predict locomotor activities: A pilot study., , и . NER, стр. 98-101. IEEE, (2017)Design and characterization of a torque-controllable actuator for knee assistance during sit-to-stand., и . EMBC, стр. 2228-2231. IEEE, (2016)Methods for Describing and Characterizing the Mechanical Behavior of Running-Specific Prosthetic Feet., , , и . ICORR, стр. 892-898. IEEE, (2019)Patient Preference in the Selection of Prosthetic Joint Stiffness., , , и . BioRob, стр. 1073-1079. IEEE, (2020)Analysis of the Bayesian Gait-State Estimation Problem for Lower-Limb Wearable Robot Sensor Configurations., , , и . BioRob, стр. 1-8. IEEE, (2022)