This paper presents a wearable device for finger assessment that can identify finger joint impedance parameters through harmonic oscillation perturbations.
Abstract—This paper presents a wearable device for finger assessment that can identify finger joint impedance parameters through harmonic oscillation ...
A wearable device for finger assessment that can identify finger joint impedance parameters through harmonic oscillation perturbations is presented to help ...
A wearable system with harmonic oscillations to assess finger biomechanics ... value of the performance and kinematics parameters for a more comprehensive ...
A wearable system with harmonic oscillations to assess finger biomechanics. H Yu, A Sena, E Burdet. 2022 IEEE/RSJ International Conference on Intelligent ...
A wearable system with harmonic oscillations to assess finger biomechanics. H Yu, A Sena, E Burdet. 2022 IEEE/RSJ International Conference on Intelligent ...
Hao Yu, Aran Sena, Etienne Burdet: A wearable system with harmonic oscillations to assess finger biomechanics. IROS 2022: 11150-11157; 2021. [c4]. view.
A wearable sensing glove for measuring motion of fingers consisting of linear potentiometers, flexible wires and linear springs, which make the whole system ...
Dec 10, 2024 · In this paper, a wearable sensing glove for measuring motion of fingers is proposed. The proposed system consists of linear potentiometers, ...
Jul 15, 2024 · In conclusion, modern wearable devices often employ wrist PPG signals to estimate vital cardiovascular parameters, such as heart rate, which are ...
Missing: oscillations biomechanics.