Integration Framework Solution for Healthcare Monitoring

Author:

Usharani Shola,Rajakumaran Gayathri,Nandam Anjana Devi,Ibrahim Mohamed

Abstract

Abstract Huge volumes of data have flowed in recent years of healthcare research to follow a few factors of a person and inform the guardian in the event of a patient’s emergency. This necessitates the creation of a single platform where consumers may monitor data in real time. This study discusses an interoperable health monitoring system. The module provides the essential chance for patients to obtain all-day service, which may be documented by the doctor and can be notified in the event of an emergency. When a patient requires regular check-ups or long-term home care, this platform comes in handy. It may be accomplished utilizing market sensors and includes monitoring devices that allow patients to be monitored without having to visit a doctor. Because it eliminates the need for data transcription and copying by humans. Because it reduces the need for human data transcription and copying, interoperability helps make patient data more secure. When computer systems are set up for optimum interoperability, with databases and other applications communicating and exchanging information, employees will be more productive. XMPP is an integrating platform for IoT available in open source for uploading instant messaging using generic XML data processing. The XMPP protocols are free and there are several implementations in the form of clients, servers, server components, and code libraries. The work is demonstrated using the XMPP interoperable IoT communication protocol for the health monitoring system..

Publisher

IOP Publishing

Subject

Computer Science Applications,History,Education

Reference10 articles.

1. Enabling Authorized Encrypted Search in the Multi-Authority Medical Database;Sun,2019

2. Intelligent Mortality Reporting with the FHIR;Hoffman,2018

3. Matheus Henrique Wichman;Roehrs,2018

4. Towards Medical Data Interoperability Through Collaboration of Healthcare Devices;Jaleel,2020

5. Design and Usability Assessment of Multi-Device SOA-Based Telecare Framework for elderly;Macis,2020

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