6G-life: Unveiling the Future of Technological Sovereignty, Sustainability, and Trustworthiness takes the reader on a journey into the multifaceted landscape of 6G technologies. The book transcends the conventional boundaries of wireless communication as it dives into groundbreaking areas such as joint sensing and communication, terahertz frequencies, and optical links, while also delving into quantum communication and molecular communication, revealing the captivating potential of these emerging fields. The book's comprehensive approach ensures that readers are equipped to navigate the complexities of 6G not just theoretically, but with a clear roadmap for practical implementation. With insights drawn from the collaborative efforts of over 200 esteemed researchers in the groundbreaking 6G-life project, the book presents an unparalleled depth of knowledge, seamlessly bridging the gap between theoretical exploration and practical application, making it an indispensable resource for researchers, industry engineers, and students eager to explore the cutting-edge realm of 6G.
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. iv 6. List of contributors - p. xxi 7. About the editors - p. xxxiii 8. Preface - p. xxxv 9. Acknowledgments - p. xxxvii 10. Acronyms - p. xxxix 11. Notations - p. liii 12. Part 1: Journey towards 6G - p. P1 13. Chapter 1: The promise of 6G - p. 3 14. Chapter 2: 6G perspective of mobile network operators, manufacturers, and verticals - p. 17 15. Chapter 3: 6G for healthcare systems - p. 31 16. Chapter 4: 6G for industrial production systems - p. 51 17. Part 2: 6G cellular evolution - p. P2 18. Chapter 5: 6G network architecture - p. 77 19. Chapter 6: 6G energy-efficient physical layer - p. 89 20. Chapter 7: AI enhancements in the 6G physical layer via generative modeling - p. 119 21. Chapter 8: 6G network design and operations - p. 135 22. Chapter 9: 6G optical core networks - p. 151 23. Chapter 10: 6G network security - p. 181 24. Part 3: 6G for human and machine interaction - p. P3 25. Chapter 11: Artificial intelligence in 6G ecosystem - p. 205 26. Chapter 12: Digital twins for metaverse experiences in 6G - p. 229 27. Chapter 13: Networked collaborative robots enabled by 6G - p. 263 28. Chapter 14: Joint communication and sensing in 6G - p. 291 29. Chapter 15: Digitalizing olfactory and tactile senses with 6G - p. 323 30. Chapter 16: 6G computing for sensing: universal memcomputing using memristor cellular neural networks - p. 353 31. Part 4: Disruptive new methods and technologies - p. P4 32. Chapter 17: Reflex-enhanced computing for adaptive 6G hardware - p. 379 33. Chapter 18: Quantum technology concepts for 6G networks - p. 401 34. Chapter 19: Quantum technology applications for 6G networks - p. 423 35. Chapter 20: Security and post-quantum cryptography in 6G - p. 443 36. Chapter 21: Physical layer security for 6G networks - p. 467 37. Chapter 22: Molecular communication for 6G networks - p. 487 38. Chapter 23: Novel information-theoretic approaches for 6G - p. 509 39. Part 5: Testbeds - p. P5 40. Chapter 24: Testbeds for 6G technologies - p. 543 41. Bibliography - p. 581 42. Index - p. 703
6G-life: Unveiling the Future of Technological Sovereignty, Sustainability, and Trustworthiness takes the reader on a journey into the multifaceted landscape of 6G technologies. The book transcends the conventional boundaries of wireless communication as it dives into groundbreaking areas such as joint sensing and communication, terahertz frequencies, and optical links, while also delving into quantum communication and molecular communication, revealing the captivating potential of these emerging fields. The book's comprehensive approach ensures that readers are equipped to navigate the complexities of 6G not just theoretically, but with a clear roadmap for practical implementation. With insights drawn from the collaborative efforts of over 200 esteemed researchers in the groundbreaking 6G-life project, the book presents an unparalleled depth of knowledge, seamlessly bridging the gap between theoretical exploration and practical application, making it an indispensable resource for researchers, industry engineers, and students eager to explore the cutting-edge realm of 6G.
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. iv 6. List of contributors - p. xxi 7. About the editors - p. xxxiii 8. Preface - p. xxxv 9. Acknowledgments - p. xxxvii 10. Acronyms - p. xxxix 11. Notations - p. liii 12. Part 1: Journey towards 6G - p. P1 13. Chapter 1: The promise of 6G - p. 3 14. Chapter 2: 6G perspective of mobile network operators, manufacturers, and verticals - p. 17 15. Chapter 3: 6G for healthcare systems - p. 31 16. Chapter 4: 6G for industrial production systems - p. 51 17. Part 2: 6G cellular evolution - p. P2 18. Chapter 5: 6G network architecture - p. 77 19. Chapter 6: 6G energy-efficient physical layer - p. 89 20. Chapter 7: AI enhancements in the 6G physical layer via generative modeling - p. 119 21. Chapter 8: 6G network design and operations - p. 135 22. Chapter 9: 6G optical core networks - p. 151 23. Chapter 10: 6G network security - p. 181 24. Part 3: 6G for human and machine interaction - p. P3 25. Chapter 11: Artificial intelligence in 6G ecosystem - p. 205 26. Chapter 12: Digital twins for metaverse experiences in 6G - p. 229 27. Chapter 13: Networked collaborative robots enabled by 6G - p. 263 28. Chapter 14: Joint communication and sensing in 6G - p. 291 29. Chapter 15: Digitalizing olfactory and tactile senses with 6G - p. 323 30. Chapter 16: 6G computing for sensing: universal memcomputing using memristor cellular neural networks - p. 353 31. Part 4: Disruptive new methods and technologies - p. P4 32. Chapter 17: Reflex-enhanced computing for adaptive 6G hardware - p. 379 33. Chapter 18: Quantum technology concepts for 6G networks - p. 401 34. Chapter 19: Quantum technology applications for 6G networks - p. 423 35. Chapter 20: Security and post-quantum cryptography in 6G - p. 443 36. Chapter 21: Physical layer security for 6G networks - p. 467 37. Chapter 22: Molecular communication for 6G networks - p. 487 38. Chapter 23: Novel information-theoretic approaches for 6G - p. 509 39. Part 5: Testbeds - p. P5 40. Chapter 24: Testbeds for 6G technologies - p. 543 41. Bibliography - p. 581 42. Index - p. 703
