A feasible and usable digital health solution is built to bridge the gap between brief clinic visits and daily life in outpatient rehabilitation and will facilitate broader-scale implementation of sensor technology in rehabilitation.
OBJECTIVE
This study explored the usability and feasibility of a sensor-based monitoring system that provides feedback on sedentary behaviour during inpatient and home-based geriatric rehabilitation from the perspectives of patients and healthcare professionals.
METHODS
This mixed-methods study, which is part of the...
S. Debeij, M. Haaksma, M. D. de Waal et al.· European Geriatric Medicine· 0 citations
Background: Wearable sensing and local wireless communication architectures offer significant potential for accessible rehabilitation technologies. The objective of this exploratory study was to design, implement, and describe an interdisciplinary, wireless inertial sensing platform—the Virtual Therapist Platform (VTP)...
A Clinically oriented appraisal of current evidence on smart-device-based rehabilitation in orthopedics and practical implications for everyday care are derived.
Stefano Pagano, S. Dendorfer, Soja Wasinkin et al.· Die Orthopädie· 0 citations
Wearable medical devices have substantial potential to improve patient care when incorporated into clinical physiotherapy practice, but time restrictions, lack of training, limited market access, concerns about data privacy and reliability, and the high cost were identified as major barriers to widespread adoption.
D. Sharma, Franz Hessel, V. Dargude· Baltic journal of sport & he...· 0 citations
Introduction: Post-discharge stroke rehabilitation often depends on intermittent clinic visits and patient or caregiver self-report, limiting clinicians’ ability to monitor home exercise participation, physiological response, and early warning signs. This study evaluated the feasibility, safety, and implementation valu...
Abdulaziz Althuwayfiri, Chua Siew Kuan, Hafizah Che Hassan et al.· Journal of Intelligent Decis...· 0 citations
This study presents a multi-sensor activity monitoring system designed to verify daily behaviours and detect physiological anomalies within a controlled home environment. Seven subjects participated in a scripted routine of Activities of Daily Living carried out in a home-like environment. The proposed system is desi...
Ricardo Contreras, I. Saied, Longfei Chen et al.· Scientific Reports· 0 citations
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