AN INTELLIGENT WEARABLE SYSTEM FOR VITAL SIGNS MONITORING AND REPORTING

Abstract

Abstract: Early detection and diagnosis of basic health conditions could lead to successful treatment and reduced fatality rate in developing countries, as it is possible to extract human bio-signals and use it to better understand the bodily health status and reaction to external factors. This proposed Vital Intelligent System (VIS) design have in-built sensors which a user wears as a wrist band without it interfering with his/her daily life activities to monitor his/her major vital signs (BT, BP, HR), which then connects to its android app for fuzzy logic which identifies the users vital signs and based on its fuzzy reasoning engine makes analyses to deduce proper health status and recommendation(s) to the user, a feature of which the existing systems have limitations to achieve. Using the Dynamic System Design Methodology (DSDM), a more technically robust, cost-effective and portable real time device was designed and its app suitable for any android device. This device will have an IoT interface (BLE) to connect to android phones; a GSM interface (SIM800L) relying on AT command framework to access defined medical personnel on the network in cases of emergencies; optical health LEDs to alert the user; thus, enabling consistent real time self-assessment of an individual's health condition. This work is a quest to provide a generalized smart three-in-one vital sign system to improve the real time monitoring and reporting of user's health status through optimizing the offline and online cross-interfaces of standalone sensors in line with the country network and health delivery system. Keywords: Blood Pressure (BP), Body Temperature (BT), Heart Rate (HR), Wearable Health, Device (WHD), Vital Intelligent System (VIS). Title: AN INTELLIGENT WEARABLE SYSTEM FOR VITAL SIGNS MONITORING AND REPORTING Author: CHUKS-UGOCHUKWU C.M., OTUONYE A.I., EKEDEBE N., ETUS C. International Journal of Novel Research in Computer Science and Software Engineering ISSN 2394-7314 Vol. 10, Issue 3, September 2023 - December 2023 Page No: 16-32 Novelty Journals Website: www.noveltyjournals.com Published Date: 17-October-2023 DOI: https://doi.org/10.5281/zenodo.10012639 Paper Download Link (Source) https://www.noveltyjournals.com/upload/paper/AN%20INTELLIGENT%20WEARABLE%20SYSTEM-17102023-1.pdf