Blockchain Applications for Healthcare Informatics: Beyond 5G offers a comprehensive survey of 5G-enabled technology in healthcare applications. This book investigates the latest research in blockchain technologies and seeks to answer some of the practical and methodological questions surrounding privacy and security in healthcare. It explores the most promising aspects of 5G for healthcare industries, including how hospitals and healthcare systems can do better. Chapters investigate the detailed framework needed to maintain security and privacy in 5G healthcare services using blockchain technologies, along with case studies that look at various performance evaluation metrics, such as privacy preservation, scalability and healthcare legislation.
1. Title of Book - p. i 2. Cover image - p. i 3. Title page - p. ii 4. Table of Contents - p. iii 5. Copyright - p. iii 6. Contributors - p. xiii 7. 1. Blockchain-based transaction validation for patient interoperability in Healthcare 4.0 - p. 1 8. 2. NFC-enabled packaging to detect tampering and prevent counterfeiting: Enabling a complete supply chain using blockchain and CPS - p. 27 9. 3. Optimized segmentation of white patches in skin lesion images - p. 57 10. 4. Blockchain applications for the healthcare sector: Uses beyond Bitcoin - p. 71 11. 5. Artificial intelligence and blockchain: Implementation perspectives for healthcare beyond 5G - p. 97 12. 6. Combining blockchain and machine learning in healthcare and health informatics: An exploratory study - p. 117 13. 7. IoT and blockchain technology in 5G smart healthcare - p. 137 14. 8. Smart healthcare using blockchain technologies: The importance, applications, and challenges - p. 176 15. 9. Device-to-device and millimeter waves communication for 5G healthcare informatics - p. 181 16. 10. Blockchain-based privacy approaches for 5G healthcare informatics - p. 213 17. 11. Security- and privacy-preserving ML/DL paradigms for 5G communication technology in smart healthcare - p. 254 18. BEST: Blockchain-Enabled Secure Technology in a healthcare management system - p. 267 19. 13. Amalgamation of blockchain, IoT, and 5G to improve security and privacy of smart healthcare systems - p. 308 20. 14. Reliability of 5G in human health monitoring using blockchain technology - p. 313 21. 15. The importance of 5G healthcare using blockchain technologies - p. 342 22. 16. Security and privacy in cloud-/edge-/fog-based schemes - p. 351 23. 17. Interpolation-based reversible data hiding with blockchain for secure e-healthcare systems - p. 373 24. 18. 5G-enabled deep learning-based framework for healthcare mining: State of the art and challenges - p. 401 25. 19. Criminal identification system using face detection with artificial intelligence - p. 421 26. 20. Analysis of supervised feature selection in bioinformatics - p. 431 27. 21. COVID-19 identification and analysis using CT scan images: Deep transfer learning-based approach - p. 447 28. 22. Blockchain for 5G-enabled networks in healthcare service based on several aspects - p. 471 29. Index - p. 495
Blockchain Applications for Healthcare Informatics: Beyond 5G offers a comprehensive survey of 5G-enabled technology in healthcare applications. This book investigates the latest research in blockchain technologies and seeks to answer some of the practical and methodological questions surrounding privacy and security in healthcare. It explores the most promising aspects of 5G for healthcare industries, including how hospitals and healthcare systems can do better. Chapters investigate the detailed framework needed to maintain security and privacy in 5G healthcare services using blockchain technologies, along with case studies that look at various performance evaluation metrics, such as privacy preservation, scalability and healthcare legislation.
1. Title of Book - p. i 2. Cover image - p. i 3. Title page - p. ii 4. Table of Contents - p. iii 5. Copyright - p. iii 6. Contributors - p. xiii 7. 1. Blockchain-based transaction validation for patient interoperability in Healthcare 4.0 - p. 1 8. 2. NFC-enabled packaging to detect tampering and prevent counterfeiting: Enabling a complete supply chain using blockchain and CPS - p. 27 9. 3. Optimized segmentation of white patches in skin lesion images - p. 57 10. 4. Blockchain applications for the healthcare sector: Uses beyond Bitcoin - p. 71 11. 5. Artificial intelligence and blockchain: Implementation perspectives for healthcare beyond 5G - p. 97 12. 6. Combining blockchain and machine learning in healthcare and health informatics: An exploratory study - p. 117 13. 7. IoT and blockchain technology in 5G smart healthcare - p. 137 14. 8. Smart healthcare using blockchain technologies: The importance, applications, and challenges - p. 176 15. 9. Device-to-device and millimeter waves communication for 5G healthcare informatics - p. 181 16. 10. Blockchain-based privacy approaches for 5G healthcare informatics - p. 213 17. 11. Security- and privacy-preserving ML/DL paradigms for 5G communication technology in smart healthcare - p. 254 18. BEST: Blockchain-Enabled Secure Technology in a healthcare management system - p. 267 19. 13. Amalgamation of blockchain, IoT, and 5G to improve security and privacy of smart healthcare systems - p. 308 20. 14. Reliability of 5G in human health monitoring using blockchain technology - p. 313 21. 15. The importance of 5G healthcare using blockchain technologies - p. 342 22. 16. Security and privacy in cloud-/edge-/fog-based schemes - p. 351 23. 17. Interpolation-based reversible data hiding with blockchain for secure e-healthcare systems - p. 373 24. 18. 5G-enabled deep learning-based framework for healthcare mining: State of the art and challenges - p. 401 25. 19. Criminal identification system using face detection with artificial intelligence - p. 421 26. 20. Analysis of supervised feature selection in bioinformatics - p. 431 27. 21. COVID-19 identification and analysis using CT scan images: Deep transfer learning-based approach - p. 447 28. 22. Blockchain for 5G-enabled networks in healthcare service based on several aspects - p. 471 29. Index - p. 495
