基于智能物联网的智能可穿戴设备集成医疗系统

A. Benjamin Joseph, Anitha Shree, J. R. Lourdu Jennifer, S. Amudhapriya
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引用次数: 1

摘要

拟议工作的目标是通过集成的智能医疗保健系统,通过早期诊断和治疗,预防COVID - 19带来的重大影响,包括致命疾病。提出的工作使用基于集成贝叶斯深度学习神经网络(DNN)技术的可穿戴物联网(WIoT)来开发具有更高性能的早期检测集成医疗保健系统。这项工作背后的动机是:(i) Covid - 19大流行已经严重影响了全球219个国家,其中印度有数千万人感染;(ii)由于Covid - 19,印度的死亡率为5.1 L; (iii)缺乏有关该疾病的信息和医疗支持系统不足。建议的工作旨在利用最新的集成智能技术解决因COVID - 19引起的上述问题。拟议的系统将在整个国家进行整合,以防止农村和城市地区因COVID - 19而增加和死亡人数。该系统利用基于人工智能的最新WIoT技术,在疾病进展之前的早期阶段检测出感染者。系统从人智能环中采集信息,通过预处理算法对信息进行进一步处理,在边缘计算环境下,利用深度学习神经网络将处理后的信息分类为正常人和疾病感染者,并将这些信息存储在云端并与应用服务器接口。通过应用服务器访问的信息通过手机向感染者发出信号,包括健康状况和附近有COVID - 19治疗设施的保健中心的可用性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Integrated Health Care System Using Smart Wearables Based on Intelligent- Internet of Things
The objective of the proposed work is to prevent the significant effects due to COVID 19 including fatal disease by early diagnosing and treatment which is possible through an integrated intelligent health care system. The proposed work uses Wearable Internet of Things (WIoT) based on Ensemble Bayes Deep Learning Neural Network (DNN) technology to develop an integrated health care system for early detection with elevated performance. The motivation behind the work is (i) The pandemic Covid 19 has affected significantly 219 countries throughout the world out of which crores of people infected in India (ii) India fatality is 5.1 L in India due to COVID 19 (iii) Lack of information regarding the disease and insufficient health care support system. The proposed work aims to address the above-mentioned issues due to COVID 19 using the latest integrated intelligent technologies. The proposed system is integrated throughout the Nations to prevent the increase of COVID 19 and fatality due to it in both rural and urban areas. The system detects the asymptotic people who are infected at an early stage before the disease progress using the latest WIoT based on Artificial Intelligence technology. The system gathers information from the people smart ring which is further processed using a pre-processing algorithm, The information processed is classified using deep learning neural network as normal and disease infected people in Edge computing environment, further this information is stored in the cloud and interfaced to the application server. The information accessed through the application server signals the infected individual through the mobile including the health conditions and availability of near health centers with COVID 19 treatment facilities.
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