附註:Includes bibliographical references and index.
Chapter 1. Assistive technology and secure communication for AI-based e-learning -- Chapter 2. Blockchain-based cybersecurity in internet of medical things (IoMT)-based assistive systems -- Chapter 3. Secured assistive system (SEAASY) -- Chapter 4. Machine learning-based big data analytics for IoT-enabled smart healthcare systems -- Chapter 5. Controlling computer features through hand gesture -- Chapter 6. Smart gesture controlled systems using IoT -- Chapter 7. AI-based digital health communication and securing IoT-based assistive systems -- Chapter 8. Effective deep learning-based attack detection methods for the internet of medical things -- Chapter 9. Digital health communication with artificial intelligence-based cyber security -- Chapter 10. Robust and secure evidence management in digital forensics investigations using blockchain technology -- Chapter 11. Internet of medical things in secure assistive technologies.
摘要:"The security of assistive systems in AI-based digital health communication is a critical challenge, leaving users vulnerable to threats and attacks. AI-Based Digital Health Communication for Securing Assistive Systems provides a comprehensive solution by integrating artificial intelligence (AI) with cybersecurity measures. Edited by Vijeyananthan Thayananthan, this groundbreaking book equips assistive technology developers, researchers, and professionals with the knowledge and tools necessary to safeguard these systems and protect user privacy and well-being.Covering topics such as assistive communication technology, secure assistive technologies, robotics, and AI-based eHealth applications, the book explores innovative approaches to enhance the security of assistive systems. It offers practical guidance and insights into the strategic role of AI-based cybersecurity, empowering readers to protect individuals relying on assistive systems.Professionals, researchers, and scholars in the field of digital health communication will find this book invaluable, especially assistive technology developers looking to enhance their understanding of AI-based cybersecurity. Postgraduatestudents, research scientists, and academic research scholars will also benefit from the book's valuable insights and advancements. Executives and healthcare management professionals involved in digital health communication can leverage the book's expertise to drive organizational development and create a safer environment for individuals dependent on assistive systems."--
