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Full Description
As the world rapidly advances towards unparalleled connectivity and urbanization, the intersection of state-of-the-art telecommunications, smart city initiatives, and the Internet of Things (IoT) holds the potential for revolutionary changes in our daily lives. This book examines the complex interplay among these dynamic forces, analyzing the security challenges and opportunities that emerge as we venture into this technological frontier.
Security Paradigms in 6G Smart Cities and IoT Ecosystems: Navigating the Future provides a comprehensive understanding of the security challenges and opportunities presented by integrating 6G networks, smart city initiatives, and IoT ecosystems. It equips readers with a look into emerging technological landscapes and offers practical insights, case studies, and best practices that can be directly applied to real-world scenarios, helping readers navigate challenges specific to their domains. The knowledge and strategies presented aim to implement robust security measures within 6G Smart Cities, IoT Ecosystems, and advanced applications, safeguarding sensitive data and systems from potential threats. The book also explores the latest advancements in 6G networks, smart cities, and the Internet of Things (IoT), providing a deep understanding of how these technologies are shaping the future and it illustrates how to utilize emerging technologies such as Blockchain, Deep Learning, Digital Twin, and others in a secure 6G-enabled Smart City. By fostering collaboration and innovation, this book serves as a platform for dialogue among researchers, practitioners, policymakers, and industry professionals and aims to drive collective action in addressing security challenges and advancing the development of secure 6G smart cities and IoT ecosystems.
By mastering the techniques outlined in the book, readers can gain a competitive edge in their respective fields, enabling them to develop innovative and secure solutions tailored to specific domains. Professionals in roles such as technical managers, data scientists, cybersecurity experts, and researchers can leverage the knowledge gained from the book to advance their careers and take on leadership roles in 6G Smart Cities and IoT projects within advanced contexts.
Contents
Theme 1: 6G Networks, Security, and Privacy in Smart Cities. 1. Introduction to 6G: Transforming Smart Cities. 2. Modern Perspective Knowledge of 6G Network. 3. Security Challenges in 6G Networks. 4. Security Fundamentals for Smart City and IoT Ecosystems. 5. IoT Security Architectures and Protocols. 6. Cyber-Physical Systems, Social Media in Secure IoT-enabled Smart Infrastructure. 7. Privacy-Preserving Technologies for 6G-enabled Secure Smart Cities. 8. Blockchain Complementary Model: A New Way of Devouring Smart Data by Driverless Vehicles for Next-Generation Communication. 9. Blockchain-based Secure Solutions for IoT and Smart City Ecosystems in 6G Networks. 10. Anomaly Detection in 6G Smart Cities Using Machine Learning and Deep Learning. Theme 2: AI, Blockchain, and Emerging Technologies in 6G Smart Cities. 11. Zero Trust Schema Architecture for 6G Smart City. 12. Ethical Considerations in Smart City Design with 6G. 13. Digital Twin Convergence with 6G-Based Smart City. 14. Blockchain Technology for a Secure Environment. 15. Fusion of Emerging Technologies for 6G-Enabled Secure Smart City. 16. CPS-based Social Media 3.0 System with IoT for Revolutionizing Connectivity. 17. Emerging Advanced Technologies-based Services Scenario for Secure 6G Smart Cities. 18. The Benefits of Web and Blockchain in Decision-Making for Industry 4.0. Theme 3: 6G-Enabled IoT, Quantum Communication, and Smart City Applications. 19. Smart Healthcare System: The Convergence of Blockchain and 6G IoT Network. 20. Revolutionizing Crisis Response by Integrating IoT and NLP in Digital Marketing for Enhanced Real-Time Response. 21. Smart Urban Green Spaces with IoT and 6G. 22. Advanced Underwater Object Detection using AI: Integrating 6G and IoT Technologies for Marine Ecosystem Monitoring. 23. Improved Solar Panel Efficiency with Co-Generation Process. 24. Emerging Advanced Technologies and Quantum Communication for Secure 6G Smart Cities: Architectures, Applications, and Challenges. 25. Innovative Fault Diagnosis and Condition Monitoring System for Motors, Gearboxes, and Actuators in Electromechanical Valve Operations. 26. Edge Computing Security for Smart City Applications. 27. 6G-Enabled IoT for Fault-Tolerant Design in Consumer Electronics: A Predictive Maintenance Approach. 28. AI-driven Security Solutions for Urban Environments in 6G Smart Cities.
