Year: 2025
Type: article
Abstract: This paper introduces Smart Glove Health Monitoring System, an innovative and impactful wearable device aimed at bridging the gap between traditional health monitoring devices. This wearable device is designed to revolutionize patient monitoring. The traditional and current available healthcare systems heavily rely on big machines which are usually uncomfortable for patients and labor-intensive for healthcare staff. Smart Glove Health Monitoring System is a project team who address this issue and the real-world need of a wearable device which can provide ease and comfort in measuring vitals including heart rate, ECG, pulse, temperature and oxygen levels with a single wearable device like a glove. The main motive is to provide not only patient comfort but ease in hospitality activities. The motivation for developing Smart Glove Health Monitoring System came from the need to make healthcare more accessible, cost effective and efficient. One of the major drawbacks of traditional healthcare equipment’s incudes requiring manual input from nurses and also take manual readings of vitals and maintain continuous patient care. Smart Glove Health Monitoring System is a device with 24/7 automated monitoring and reducing the manual work as Smart Glove Health Monitoring System includes real time data transmission through which doctor can track patient data and reduce the healthcare cost. Smart Glove Health Monitoring System is a positive approach which will be beneficial especially for rural or remote areas, where access to advance medical equipment is limited. This is an IOT- enabled device that combines multiple monitoring functions into one wearable device. The outcome of the respective device is practical, scalable solution that improves comfort of patients, streamlines the healthcare process and introduces a high-quality monitoring system in healthcare.
Institution: Guru Gobind Singh Medical College and Hospital
Language: English
Subfield: Biomedical Engineering
Field: Engineering
Domain: Physical Sciences
Open Access status: diamond
OpenAlex ID: W4408951952