This article discusses the development of a user friendly interface for a portable rehabilitation device. In recent years, the demand for such devices has grown significantly. Since professionals can generally dedicate only a limited amount of time each week to each patient, portable solutions help bridge this gap. The main drawback lies in the lack of supervision during therapy sessions performed independently. The user interface presented in this article is proposed as a solution to enable patient monitoring and to track improvements or regressions in rehabilitation. Through the cloud, the web app for physicians and the mobile app for patients remain connected, ensuring a continuous exchange of data collected by the rehabilitation device. The application processes this information and sends it to the cloud, creating a symbiotic network that allows ongoing supervision even in the absence of a professional during therapy.

Development of a Cloud-Based Interface for an Upper Limb Rehabilitation Device

Boschetti G.;Bottin M.;Businaro D.
;
Minto R.
2026

Abstract

This article discusses the development of a user friendly interface for a portable rehabilitation device. In recent years, the demand for such devices has grown significantly. Since professionals can generally dedicate only a limited amount of time each week to each patient, portable solutions help bridge this gap. The main drawback lies in the lack of supervision during therapy sessions performed independently. The user interface presented in this article is proposed as a solution to enable patient monitoring and to track improvements or regressions in rehabilitation. Through the cloud, the web app for physicians and the mobile app for patients remain connected, ensuring a continuous exchange of data collected by the rehabilitation device. The application processes this information and sends it to the cloud, creating a symbiotic network that allows ongoing supervision even in the absence of a professional during therapy.
2026
Mechanisms and Machine Science
International Conference on Motion Assisting Devices for Limbs, ASSIST 2025
9783032152701
9783032152718
   ASSIST
   ASSIST
   Italian Ministry for University and Research
   PRIN2022-PNRR
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11577/3586079
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