QUARANTINED PATIENTS MONITOR

QUARANTINED PATIENTS MONITOR

Divya Deepika¹ , Dr. Uttam Mande², N. Sahithi³ , V. Vineetha⁴ ,V. Vinay Varma⁵

^1,3,4,5Student Department of Computer Science Engineering

²Assistant Professor Department of Computer Science Engineering

^1,2,3,4,5Centurion University of Technology and Management, Vizianagaram, India

Abstract— The latest technology continues to face a great difficulty when it comes to managing and monitoring potentially contaminated patients. This project uses an IoT-based wearable monitor to track several vital indicators that are related to disease. Additionally, the system promptly alerts concerned medical authorities about any breaches of quarantine for potentially infected patients by tracking real-time GPS data. The wearable sensor is linked to an edge node in the IoT cloud, which processes and analyses the data to identify the patient's current state of health. The proposed system consists of three layers: an Android web layer for mobile phones, a wearable Internet of Things sensor layer, and a cloud layer with Application Peripheral Interface (API). Every layer has a specific function; for instance, information from the IoT sensor layer is used to define health symptoms. In the following tier, the data is kept in a cloud database for quick decisions, alerts, and precautionary steps. Notifications and alarms will be sent to impacted patients' families using the Android mobile application layer. For forecasting and warning items, the integrated system has both an API and a mobile application that are synchronised. For monitoring, therapy, and analytical purposes, the design must specify the measured readings of the patient's condition. The investigation also shows how digital remote platforms and wearable technology are frequently utilised as a monitor to track a patient's health and recovery.

Keywords:   Patient monitor, Tracking, Alarms and Alerts.