This book deals with the emerging 6G networking and services, which are expected to be implemented in 2030. With 6G, there will be a deep convergence of computing and communication with AI. This book provides a unified framework for the convergence of computing and communications that can be optimized as a single integrated system using AI.
This book deals with the emerging 6G networking and services, which are expected to be implemented in 2030. With 6G, there will be a deep convergence of computing and communication with AI. This book provides a unified framework for the convergence of computing and communications that can be optimized as a single integrated system using AI.
Radhika Ranjan Roy is an electronics engineer, US Army Research, Development, and Engineering Command (RDECOM), Communications-Electronics Research, Development, and Engineering Center (CERDEC), Space and Terrestrial Communications Directorate (S&TCD) Laboratories, Aberdeen Proving Ground (APG), Maryland, since 2009. Before joining to US Army Research, he worked in various capacities in CACI, SAIC, AT&T/Bell Laboratories, CSC, and PDB since his graduation. He earned his PhD in electrical engineering with major in computer communications from the City University of New York, New York, in 1984, and MS in electrical engineering from the Northeastern University, Boston, Massachusetts, in 1978. He received his BS in electrical engineering from the Bangladesh University of Engineering and Technology, Dhaka, Bangladesh, in 1967. He has published more than 50 technical papers. He is holding and/or submitted over 30 patents. He authored a book titled Handbook of Mobile Ad Hoc Networks on Mobility Models in 2010.
Inhaltsangabe
1. Overview 2. MIMO 3. Massive MIMO 4. Ultra Massive MIMO 5. Vehicle to Everything Ultra Massive MIMO Communications 7. Cell Free Communications 8. Non Terrestrial Communications 9. Massive MIMO Radar 10. Massive MIMO Radar for Target Detection 11. Massive MIMO Radar Scaling 12. Ultra Massive MIMO Radar Sensors and Multi User Communications 13. Device to Device Communications with Mesh Networking 14. Vehicle to Vehicle and Vehicle to Everything Communications 15. V2V Communications Network 16. Peer to Peer V2V Communication 17. V2V Massive MIMO Channels 18. V2X Communications Network 19. V2X Millimeter Wave MIMO Radar Communications 20. Robotics and Autonomous System Communications 21. Virtual, Augmented, Mixed Reality and Extended Reality 22. Unmanned Aerial Vehicles Communication Systems 23. Unmanned Robot Network with Swarm Capabilities 24. Digital Twins 25. Quantum Communications 26. 6G Cybersecurity
1. Overview 2. MIMO 3. Massive MIMO 4. Ultra Massive MIMO 5. Vehicle to Everything Ultra Massive MIMO Communications 7. Cell Free Communications 8. Non Terrestrial Communications 9. Massive MIMO Radar 10. Massive MIMO Radar for Target Detection 11. Massive MIMO Radar Scaling 12. Ultra Massive MIMO Radar Sensors and Multi User Communications 13. Device to Device Communications with Mesh Networking 14. Vehicle to Vehicle and Vehicle to Everything Communications 15. V2V Communications Network 16. Peer to Peer V2V Communication 17. V2V Massive MIMO Channels 18. V2X Communications Network 19. V2X Millimeter Wave MIMO Radar Communications 20. Robotics and Autonomous System Communications 21. Virtual, Augmented, Mixed Reality and Extended Reality 22. Unmanned Aerial Vehicles Communication Systems 23. Unmanned Robot Network with Swarm Capabilities 24. Digital Twins 25. Quantum Communications 26. 6G Cybersecurity
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