Security and Privacy of Electronic Healthcare Records Concepts, paradigms and solutions
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Sudeep Tanwar is an Associate Professor in the Computer Science and Engineering Department at the Institute of Technology of Nirma University, Ahmedabad, India. His research interests include Routings Issues in WSN, Blockchain Technology, computational aspects of Smart Grid, and Fog Computing. Sudhanshu Tyagi is an Assistant Professor in the Department of Electronics and Communication Engineering at Thapar Institute of Engineering and Technology, Deemed University, Patiala, India. His research focuses on wireless sensor networks, 5G, and body area sensor networks. Neeraj Kumar is Professor with the Department of Computer Science and Engineering at Thapar Institute of Engineering and Technology, Deemed University, Patiala, India. His research focuses on distributed systems, security and cryptography, and body area networks.Hospitals, medical practices and healthcare organizations are implementing new technologies at breakneck speed. Yet privacy and security considerations are often an afterthought, putting healthcare organizations at risk of data security and privacy issues, fines, damage to their reputations, with serious potential consequences for the patients. Electronic Health Record systems (EHRs) consist of clinical notes, patient listings, lab results, imaging results and screening tests. EHRs are growing in complexity over time and requiring increasing amounts of data storage.
With the development of the IoT, the Cloud and Smart Cities frameworks, new privacy and security methods are being pursued to secure healthcare-based systems and platforms. Presenting a detailed framework as well as comparative case studies for security protection, data integrity, privacy preservation, scalability, and healthcare legislation, this edited volume covers state of the art research and addresses privacy and security methods and technologies for EHRs.
Presenting a detailed framework as well as comparative case studies for security protection, data integrity, privacy preservation, scalability, and healthcare legislation, this book covers state of the art research and addresses privacy and security methods and technologies for EHRs.
- Part I: Technological developments in healthcare
- Chapter 1: Introduction
- Chapter 2: Introduction to healthcare information privacy and security concerns
- Chapter 3: Fundamentals of health-care system and general rules for security and privacy
- Chapter 4: Identity and access management systems
- Chapter 5: Application design for privacy and security in healthcare
- Chapter 6: Sustainable future IoT services with touch-enabled handheld devices
- Part II: Healthcare models, solutions, and security standards
- Chapter 7: Existing enabling technologies and solutions to maintain privacy and security in healthcare records
- Chapter 8: Healthcare models and algorithms for privacy and security in healthcare records
- Chapter 9: Information security and privacy in healthcare records: threat analysis, classification, and solutions
- Chapter 10: Safety measures for EHR systems
- Chapter 11: Protection framework and safety standards related to electronic health records
- Chapter 12: Security and privacy issues in UK healthcare
- Part III: The role of blockchain to maintain security and privacy in healthcare
- Chapter 13: Blockchain-based health information privacy protection
- Chapter 14: The importance of healthcare information privacy through blockchain
- Chapter 15: Enhancement of health-care services using blockchain with data authentication and protection
- Chapter 16: Blockchain-powered healthcare insurance system
- Chapter 17: Conclusion