IoMT Applications in Healthcare 5.0

1st Edition - November 5, 2024
Language: English
Paperback ISBN:
9 7 8 - 0 - 4 4 3 - 3 0 1 5 7 - 5
eBook ISBN:
9 7 8 - 0 - 4 4 3 - 3 0 1 5 8 - 2

IoMT Applications in Healthcare 5.0 introduces the concept of Healthcare 5.0, emphasizing the transformative potential of intelligent diagnosis, remote treatment, and smart health… Read more

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IoMT Applications in Healthcare 5.0 introduces the concept of Healthcare 5.0, emphasizing the transformative potential of intelligent diagnosis, remote treatment, and smart health management. Sections define IoMT and its multi-tiered architecture, discussing its pivotal role in improving electronic device productivity in healthcare, explore IoMT applications in Healthcare 5.0, discuss remote physical therapy using IoMT in Healthcare 5.0, delve into the security and privacy considerations of IoMT in healthcare, and address how to overcome challenges and future directions in IoMT. The book concludes by summarizing key findings, providing a comprehensive overview of the discussed topics.

Written by experts in the field, this is a key text for Biomedical Engineers, Data Scientists, and IoT Developers and specialists who work in the Internet of Medical Things. Graduate students of IoT engineering, biology, biostatistics, biomedical sciences, bioinformatics, health-informatics, and Interdisciplinary sciences will also find this an invaluable resource.

IoMT Applications in Healthcare 5.0
Cover image
Title page
Table of Contents
Copyright
About the authors
Preface
Chapter 1 Introduction
Abstract
Keywords
1.1 Introduction
1.2 Evolution of the healthcare industry
1.2.1 Healthcare 1.0
1.2.2 Healthcare 2.0
1.2.3 Healthcare 3.0
1.2.4 Healthcare 4.0
1.2.5 Healthcare 5.0
1.3 The Internet of Medical Things (IoMT) in connecting medical devices
1.3.1 Impact of IoMT in the healthcare sector
1.3.2 IoMT in healthcare 5.0
References
Chapter 2 Understanding IoMT
Abstract
Keywords
2.1 Defining IoMT
2.1.1 Onbody IoMT devices
2.1.2 In-home IoMT devices
2.1.3 In-clinic IoMT devices
2.1.4 Community IoMT devices
2.2 IoMT framework
2.2.1 Physical layer
2.2.2 Network layer
2.2.3 Application layer
2.3 Key components of IoMT
2.3.1 Devices and sensors
2.3.2 Connectivity
2.3.3 Data management
2.4 Technologies used in IoMT
2.4.1 Wireless communication technologies in the IoMT
2.4.2 Cloud computing, fog computing and edge computing in IoMT
2.4.3 AI in IoMT
2.4.4 Blockchain in IoMT
References
Chapter 3 IoMT in Healthcare 5.0
Abstract
Keywords
3.1 IoMT in Healthcare 5.0
3.2 Remote patient monitoring: Enhancing care and improving outcomes
3.2.1 IoT in RPMs
3.2.2 AI in RPM
3.2.3 5G in RPM
3.2.4 IoMT in the RPM in Healthcare 5.0
3.2.5 Mental health monitoring
3.2.6 Anxiety and stress monitoring
3.2.7 Seizure detection
3.2.8 Fall detection
3.2.9 Sleep monitoring
3.2.10 Benefits of remote patient monitoring
3.3 Smart wearables: Empowering individuals for personalized healthcare
3.3.1 Challenges of wearable devices
3.4 IoMT and telemedicine: Enabling virtual care and remote consultations
3.5 IoMT in hospital settings: Enhancing efficiency and patient safety
3.5.1 Smart medicine
3.5.2 Smart hospitals
3.5.3 Smart operation theatre
3.6 IoMT and precision medicine: Personalizing treatment approaches
3.6.1 Development of precision medicine
3.6.2 Role of the IoMT in precision medicine
3.7 Connected medical devices: Revolutionizing diagnostics and treatment
3.7.1 Treatment and disease detection
3.7.2 Remote surgery
3.8 Secure drug supply chain management
References
Chapter 4 Overview of the importance of identifying research gaps in IoMT applications in healthcare
Abstract
Keywords
4.1 Overview of the importance of identifying research gaps in IoMT applications in healthcare
4.2 Introduction to bibliometric analysis as a method for analyzing research literature
4.2.1 Key concepts in bibliometric analysis
4.3 Explanation of key concepts and techniques used in bibliometric analysis
4.3.1 Performance analysis
4.3.2 Science mapping
4.4 Overview of the steps involved in conducting a bibliometric analysis for research gap identification
4.5 Explanation of the selection criteria for the literature corpus and data sources
4.6 Database description
4.7 Bibliometric analysis of IoMT applications
4.7.1 Analysis of the most popular journals
4.7.2 Analysis of the most influential organization
4.7.3 Analysis of the most influential countries
4.7.4 Analysis of the co-occurrence of keywords in the research area of IoMT applications
4.7.5 Co-citation of cited authors
4.8 Bibliometric analysis of Healthcare 5.0
4.8.1 Analysis of the most popular journals
4.8.2 Analysis of the most active organization in Healthcare 5.0 research
4.8.3 Analysis of the most influential countries
4.8.4 Most popular keywords used in Healthcare 5.0 research
4.8.5 Co-citation of cited authors
4.9 IoMT applications and healthcare
4.9.1 Analysis of the most popular journals
4.9.2 Analysis of the most influential countries
4.9.3 Analysis of highly used keywords
4.9.4 Co-citation of cited authors
4.10 Conclusions
References
Chapter 5 Remote physical therapy using IoMT in Healthcare 5.0
Abstract
Keywords
5.1 Remote physical therapy using IoMT in Healthcare 5.0
5.1.1 Microchip technology in empowering IoMTs
5.2 Fall detection using IoMT in Healthcare 5.0
5.2.1 Apple watch for fall detection
5.2.2 Tango Belt for fall detection
5.3 Smart pill
5.3.1 CapsoCam pill
5.3.2 OMOM pill
5.4 Sleep monitoring
5.4.1 AltexSoft
5.4.2 Oura ring
5.5 Diabetes monitoring
5.5.1 Dexcom
5.6 IoMT cloud platforms
5.7 Challenges of practical IoMT implementation and solutions
5.7.1 Connectivity problem
5.7.2 Performances of the fall detectors under real-life conditions
5.7.3 Usability of fall detector IoMT devices
5.7.4 Acceptance of IoMT devices
5.7.5 Privacy concerns of IoMT devices
5.8 Conclusions
References
Chapter 6 Security and privacy considerations in IoMT in Healthcare 5.0
Abstract
Keywords
6.1 Safety and privacy considerations in IoMTs in Healthcare 5.0
6.2 Ensuring data security in the IoMT: Encryption, authentication, and access control
6.3 Privacy challenges and regulatory compliance in IoMTs
6.4 Ethical considerations in the use of IoMT data
6.5 Security requirements of Healthcare 5.0
6.6 Possible threats and attacks of Healthcare 5.0
6.6.1 Data breaches and privacy concerns
6.6.2 Ransomware attacks
6.6.3 Medical device vulnerabilities
6.6.4 AI bias and malicious manipulation
6.7 Threat model of Healthcare 5.0
References
Chapter 7 Overcoming challenges and future directions
Abstract
Keywords
7.1 Challenges and future directions
7.2 Interoperability and standardization in IoMT
7.2.1 Interoperability in IoMTs
7.3 Data privacy concerns and building trust
7.3.1 Data encryption for IoMT privacy concerns
7.3.2 Addressing IoMT and data privacy concerns with secure communication channels
7.3.3 Regulatory frameworks for IoMT and data privacy
7.4 Emerging trends and future possibilities in IoMT
7.4.1 Consumer health wearables
7.4.2 Clinical-grade wearable devices
7.4.3 Remote patient monitoring
7.4.4 Personal emergency response system
7.4.5 Telehealth virtual visits
7.4.6 Logistics
7.4.7 In-clinic segmentation
7.4.8 Asset management
7.4.9 Patient flow management
7.4.10 Innovative devices
References
Chapter 8 Conclusions
Abstract
Keywords
8.1 Conclusions
8.2 The promising future of IoMT in Healthcare 5.0
8.3 Embracing the IoMT revolution for improved healthcare delivery
References
Index

Life Sciences

Physical Sciences & Engineering

Social Sciences & Humanities

Health

IoMT Applications in Healthcare 5.0

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