| 紀錄類型: |
書目-電子資源
: Monograph/item
|
| 杜威分類號: |
004.67/8 |
| 書名/作者: |
Research anthology on developing and optimizing 5G networks and the impact on society/ edited by Information Resources Management Association. |
| 出版者: |
Hershey, Pennsylvania : : IGI Global,, 2021. |
| 面頁冊數: |
1 online resource (xxviii, 1085 p.) |
| 標題: |
5G mobile communication systems. |
| ISBN: |
9781799877547 (ebk.) |
| ISBN: |
9781799877080 (hbk.) |
| 書目註: |
Includes bibliographical references and index. |
| 內容註: |
Section 1. Antenna systems and supportive technologies for 5G networks. Chapter 1. Additive manufacturing of steerable antenna systems for 5G and adaptive cruise control applications ; Chapter 2. Design and analysis of rectangular microstrip patch array antenna on 28 GHz band for future of 5G ; Chapter 3. Reconfigurable antenna systems for the next generation devices based on 4G/5G standard ; Chapter 4. Antennas for IoT application: an RF and microwave aspect of IoT ; Chapter 5. Spectral efficiency self-optimization through dynamic user clustering and beam steering ; Chapter 6. The state of the art in cognitive radio networks in 5G hetergeneous networks ; Chapter 7. Cognitive radio network-based design and security challenges in 5G communication ; Chapter 8. Guaranteeing user rates with reinforcement learning in 5G radio access networks ; Chapter 9. Exploring SDN & NFV in 5G using ONOS & POX controllers ; Chapter 10. Machine learning in 5G multimedia communications: open research challenges and applications ; Chapter 11. Importance of cloud computing in 5G radio access networks ; Chapter 12. Quality evaluation of cloud and fog computing services in 5G networks ; Chapter 13. Dynamic cache management of Cloud RAN and multi-access edge computing for 5G networks ; Chapter 14. Online learning and heuristic algorithms for 5G Cloud-RAN load balance -- Section 2. Energy efficiency, interference management, and quality of service. Chapter 15. Interference management in heterogeneous networks ; Chapter 16. Interference management techniques for device-to-device communications ; Chapter 17. Game theory for co-tiered interference mitigation in 5G small-cell networks ; Chapter 18. D2d- and DTN-based efficient data offloading techniques for 5G networks ; Chapter 19. Challenges in energy-efficient communications as enablers for green solutions on the 5G heterogeneous networks ; Chapter 20. QoS-Aware green communication strategies for optimal utilization of resources in 5G networks ; Chapter 21. SMARC: seamless mobility across RAN carriers using SDN ; Chapter 22. SRMIP: a software-defined RAN mobile IP framework for real time applications in wide area motion ; Chapter 23. A survey of quality of service in long term evolution (LTE) networks ; Chapter 24. Enhancing modeling for network selection using graph theory in beyond 4G networks ; Chapter 25. Managing 5G converged core with access traffic steering, switching, and splitting: from hybrid access to converged core ; Chapter 26. Caching resource sharing for network slicing in 5G core network: a game theoretic approach ; Chapter 27. Slicing challenges for operators ; Chapter 28. Future networks: overview of optimization problems in decision-making procedures -- Section 3. Evolution of 5G technology, applications, and future research. Chapter 29. 5G networks: a holistic view of enabling technologies and research challenges ; Chapter 30. Standardization of 5G mobile networks: a systematic literature review and current developments ; Chapter 31. Key microwave and millimeter wave technologies for 5G radio ; Chapter 32. M2m in 5G communication networks: characteristics, applications, taxonomy, technologies, and future challenges ; Chapter 33. Geometric programming based resource allocation for 5G high-speed mobile networks ; Chapter 34. Resource management of mixed unicast and multicast services over LTE ; Chapter 35. Licensing terms for IoT standard-setting: do we need "end-user" or "license for all" concepts? ; Chapter 36. Deployment of narrowband Internet of things ; Chapter 37. Technological trends for 5G networks influence of e-health and IoT applications ; Chapter 38. Tactile internet and the remote surgeon ; Chapter 39. 5g IoT industry verticals and network requirements ; Chapter 40. Digital transformation of supply chains with mobile IoT ; Chapter 41. Optimizing 5G in V2X communications: technologies, requirements, challenges, and standards ; Chapter 42. Clustering and 5G-enabled smart cities: a survey of clustering schemes in VANETs ; Chapter 43. Critical success factors to create 5G networks in the smart cities of India from the security and privacy perspectives ; Chapter 44. Connecting one belt one road countries via wireless sensor network. |
| 摘要、提要註: |
"This book is a critical reference source that analyzes the use of 5G technology from the standpoint of its design and technological development to its applications in a multitude of industries"-- |
| 電子資源: |
http://services.igi-global.com/resolvedoi/resolve.aspx?doi=10.4018/978-1-7998-7708-0 |