Neurehab Achieves 60% Improvement In Robotic Rehabilitation With Reinforcement Learning

Neurehab Achieves 60% Improvement In Robotic Rehabilitation With Reinforcement Learning

Robotic rehabilitation holds great promise for helping patients recover from stroke, but current systems often lack…

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Spike train analysis in rehabilitation movement classification using deep learning approach

Spike train analysis in rehabilitation movement classification using deep learning approach

This section presents the results of the physiotherapy movement’s recognition problem throughout the research. The proposed…

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Multiscale SPD manifold learning for rehabilitation exercise evaluation

Multiscale SPD manifold learning for rehabilitation exercise evaluation

Dataset overview This study evaluates our method using three publicly available skeleton-based datasets: UI-PRMD37, KIMORE38, and…

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Non-hand-worn, load-free VR rehabilitation system facilitates hand recovery with deep learning and ionic hydrogel technology

Non-hand-worn, load-free VR rehabilitation system facilitates hand recovery with deep learning and ionic hydrogel technology

image:  A non-hand-worn, load-free VR hand rehabilitation system based on ionic hydrogel can collect EMG signals…

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Mom of police officer allegedly killed by Karen Read recalls learning her son was ‘found in a snowbank’

Mom of police officer allegedly killed by Karen Read recalls learning her son was ‘found in a snowbank’

In tearful testimony, the mother of a Boston police officer recounted Wednesday how her son was…

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An innovative model based on machine learning and fuzzy logic for tracking lower limb exercises in stroke patients

An innovative model based on machine learning and fuzzy logic for tracking lower limb exercises in stroke patients

Figure 1 gives the overall components of our proposed ML-Driven rehabilitation approach for lower limb exercises. Unlike…

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