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Research anthology on developing and...

Information Resources Management Association.

Research anthology on developing and optimizing 5G networks and the impact on society

Record Type:	Electronic resources : Monograph/item
Title/Author:	Research anthology on developing and optimizing 5G networks and the impact on societyedited by Information Resources Management Association.
Published:	Hershey, Pennsylvania :IGI Global,2021.
Description:	1 online resource (xxviii, 1085 p.)
Subject:	5G mobile communication systems.
Online resource:	http://services.igi-global.com/resolvedoi/resolve.aspx?doi=10.4018/978-1-7998-7708-0
ISBN:	9781799877547 (ebk.)

Research anthology on developing and optimizing 5G networks and the impact on society
Research anthology on developing and optimizing 5G networks and the impact on society[electronic resource] /edited by Information Resources Management Association. - Hershey, Pennsylvania :IGI Global,2021. - 1 online resource (xxviii, 1085 p.)

Includes bibliographical references and index.

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.

"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"--

ISBN: 9781799877547 (ebk.)Subjects--Topical Terms:

854783
5G mobile communication systems.

LC Class. No.: TK5103.25 / .R47 2021

Dewey Class. No.: 004.67/8

Research anthology on developing and optimizing 5G networks and the impact on society
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245 0 0 $a Research anthology on developing and optimizing 5G networks and the impact on society $h [electronic resource] / $c edited by Information Resources Management Association.
260 $a Hershey, Pennsylvania : $b IGI Global, $c 2021.
300 $a 1 online resource (xxviii, 1085 p.)
504 $a Includes bibliographical references and index.
505 0 $a 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.
520 3 $a "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"-- $c Provided by publisher.
650 0 $a 5G mobile communication systems. $3 854783
710 2 $a Information Resources Management Association. $3 243900
856 4 0 $u http://services.igi-global.com/resolvedoi/resolve.aspx?doi=10.4018/978-1-7998-7708-0