Open-Source Telemedicine Platform Based on WebSockets for Management of Biosignals

The main objective of this project was to develop a remote monitoring solution using an open-source platform, the e-health platform V2.0, which served as the foundation for this solution due to its capability to integrate various tools and technologies. The project involved measurements from six sensors including “temperature, electrocardiogram, airflow, beats per minute, blood oxygen saturation”, and focused on finding a method to implement these communications. WebSockets were identified as a suitable solution, facilitating the task of interconnection. Leveraging backend frameworks like Express and frontend frameworks like React allowed for a seamless integration of different components within the project. The integration of these frameworks enhanced project development efficiency and enabled an easy implementation of new functionalities. By utilizing the e-health platform V2.0 and leveraging WebSocket along with backend and frontend frameworks, this project successfully developed a remote monitoring solution for the seamless management of biosignals. The solution’s flexibility and scalability provide a solid foundation for further advancements and the integration of additional features.

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Publication Details

Journal
Electronics
Published
2024-11-07
DOI
https://doi.org/10.3390/electronics13224365
Primary Topic
Wireless Body Area Networks
Type
article
Field-Weighted Citation Impact
0.00

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article

Open-Source Telemedicine Platform Based on WebSockets for Management of Biosignals

Leonardo Juan Ramírez López, Norman Eduardo Jaimes Salazar, Juan Sabastian Orozco Duran
Electronics
Wireless Body Area Networks
article

Open-Source Telemedicine Platform Based on WebSockets for Management of Biosignals

Leonardo Juan Ramírez López, Norman Eduardo Jaimes Salazar, Juan Sabastian Orozco Duran
article en

Abstract

The main objective of this project was to develop a remote monitoring solution using an open-source platform, the e-health platform V2.0, which served as the foundation for this solution due to its capability to integrate various tools and technologies. The project involved measurements from six sensors including “temperature, electrocardiogram, airflow, beats per minute, blood oxygen saturation”, and focused on finding a method to implement these communications. WebSockets were identified as a suitable solution, facilitating the task of interconnection. Leveraging backend frameworks like Express and frontend frameworks like React allowed for a seamless integration of different components within the project. The integration of these frameworks enhanced project development efficiency and enabled an easy implementation of new functionalities. By utilizing the e-health platform V2.0 and leveraging WebSocket along with backend and frontend frameworks, this project successfully developed a remote monitoring solution for the seamless management of biosignals. The solution’s flexibility and scalability provide a solid foundation for further advancements and the integration of additional features.

ElectronicsVol. 13(22)
Military University Nueva Granada (CO)
Universidad Militar Nueva Granada
Industry, innovation and infrastructure
Openalex Percentile: Top 82%
Wireless Body Area Networks
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