and Use cases of network slicing design Summary 5G network slicing at work 5G and Autonomous Vehicles A background on CAVs and their concepts V2X and 5G Levels of automation Network slicing and V2X The 5G Automotive Association (5GAA) 5G V2X The high-level architecture of AVs V2X technology Architecture for cooperative and intelligent The V2X standards transportation Platooning The role of cloud providers Cloud computing for V2X AV intercommunication Summary 5G Fixed Mobile Convergence Introduction to FMC in 5G FMC's architecture Session Initiation Protocol FMC security considerations Real-Time Transport Protocol SIP security IP Multimedia Subsystem UMA security Unlicensed Mobile Access Fixed Mobile Convergence (FMC) security The Fixed-Mobile Convergence Alliance The Broadband Forum Summary 5G and Satellite Communications Introduction to satellite Satellite communication in 5G communications The role of regulatory bodies The Global Positioning System Challenges to satellite communication Table of Contents Why do we need satellite Use cases of 5G and satellite communication with 5G? communication The architecture of 5G and satellite Summary communications Automation, Orchestration, and Testing Automation infrastructure in 5G Implementation of network slicing Introduction to network orchestration3 375 Integration planning in a Auto scale-in and scale-out multivendor environment Automatic failure recovery Monetization via AI and ML Congestion control by configuration Summary management Further reading Appendix Interview on 5G with Rob Tiffany, Health System founder and CEO of Sustainable Interview on 5G with Aayush Logix Bhatnagar, senior vice president of Interview on 5G with Sunil Dadlani, Reliance Jio global CIO and CISO of Atlantic Interview on 5G with ChatGPT Index Other Books You May Enjoy Preface The interconnected world demands a fast and reliable network, which can be provided by 5G technology. The versatility of 5G networks could revolutionize multiple industries with their speed and latency characteristic