An Overview on Analyzing Deep Learning and Transfer Learning Approaches for Health Monitoring

With the rise and advancement of technology, early detection and involvement in health-associated monitoring through home control are growing with population aging. The expansion of healthy life expectations is progressively significant due to the speedy aging of the world population. The patient re...

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Main Authors: Yiting Wang, Shah Nazir, Muhammad Shafiq
Format: Article
Language:English
Published: Hindawi Limited 2021-01-01
Series:Computational and Mathematical Methods in Medicine
Online Access:http://dx.doi.org/10.1155/2021/5552743
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spelling doaj-128df6fb11f04d31931a38446d859c922021-04-05T00:00:13ZengHindawi LimitedComputational and Mathematical Methods in Medicine1748-67182021-01-01202110.1155/2021/5552743An Overview on Analyzing Deep Learning and Transfer Learning Approaches for Health MonitoringYiting Wang0Shah Nazir1Muhammad Shafiq2School of BusinessDepartment of Computer ScienceCyberspace Institute of Advance TechnologyWith the rise and advancement of technology, early detection and involvement in health-associated monitoring through home control are growing with population aging. The expansion of healthy life expectations is progressively significant due to the speedy aging of the world population. The patient requires early and home-based treatment to detect and prevent disease on time and with less effort. Home-based health monitoring has been considered the need of a smart home. The services of health monitoring can facilitate the patient by collecting and analyzing the data of health for tackling diverse complex issues of health at a large scale. Health monitoring is a sustainable progression of clinical trials for ensuring that health is monitored according to the defined protocol and standard operating procedures. Various scenarios can be considered for monitoring health and are performed through experts of the field. Healthcare systems are having large-scale infrastructure of electronic devices, medical information systems, wearable and smart devices, medical records, and handheld devices. The growth in medical infrastructure, combined with the development of computational approaches in healthcare, has empowered practitioners and researchers to devise a novel solution in the innovative spectra. A detailed report of the existing literature in terms of deep learning and transfer learning is the dire need and facilitating of modern healthcare. To overcome these limitations, therefore, the proposed study presents a comprehensive review of the existing approaches, techniques, and methods associated with deep learning and transfer learning for health monitoring. This review will help researchers to formulate new ideas for facilitating healthcare based on the existing evidence.http://dx.doi.org/10.1155/2021/5552743
collection DOAJ
language English
format Article
sources DOAJ
author Yiting Wang
Shah Nazir
Muhammad Shafiq
spellingShingle Yiting Wang
Shah Nazir
Muhammad Shafiq
An Overview on Analyzing Deep Learning and Transfer Learning Approaches for Health Monitoring
Computational and Mathematical Methods in Medicine
author_facet Yiting Wang
Shah Nazir
Muhammad Shafiq
author_sort Yiting Wang
title An Overview on Analyzing Deep Learning and Transfer Learning Approaches for Health Monitoring
title_short An Overview on Analyzing Deep Learning and Transfer Learning Approaches for Health Monitoring
title_full An Overview on Analyzing Deep Learning and Transfer Learning Approaches for Health Monitoring
title_fullStr An Overview on Analyzing Deep Learning and Transfer Learning Approaches for Health Monitoring
title_full_unstemmed An Overview on Analyzing Deep Learning and Transfer Learning Approaches for Health Monitoring
title_sort overview on analyzing deep learning and transfer learning approaches for health monitoring
publisher Hindawi Limited
series Computational and Mathematical Methods in Medicine
issn 1748-6718
publishDate 2021-01-01
description With the rise and advancement of technology, early detection and involvement in health-associated monitoring through home control are growing with population aging. The expansion of healthy life expectations is progressively significant due to the speedy aging of the world population. The patient requires early and home-based treatment to detect and prevent disease on time and with less effort. Home-based health monitoring has been considered the need of a smart home. The services of health monitoring can facilitate the patient by collecting and analyzing the data of health for tackling diverse complex issues of health at a large scale. Health monitoring is a sustainable progression of clinical trials for ensuring that health is monitored according to the defined protocol and standard operating procedures. Various scenarios can be considered for monitoring health and are performed through experts of the field. Healthcare systems are having large-scale infrastructure of electronic devices, medical information systems, wearable and smart devices, medical records, and handheld devices. The growth in medical infrastructure, combined with the development of computational approaches in healthcare, has empowered practitioners and researchers to devise a novel solution in the innovative spectra. A detailed report of the existing literature in terms of deep learning and transfer learning is the dire need and facilitating of modern healthcare. To overcome these limitations, therefore, the proposed study presents a comprehensive review of the existing approaches, techniques, and methods associated with deep learning and transfer learning for health monitoring. This review will help researchers to formulate new ideas for facilitating healthcare based on the existing evidence.
url http://dx.doi.org/10.1155/2021/5552743
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