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5g Non-Terrestrial Networks: Technologies, Standards, and System Design

5g Non-Terrestrial Networks: Technologies, Standards, and System Design - Hardcover

by Alessandro Vanelli-Coralli, Nicolas Chuberre, Gino Masini
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Availability:In StockContributor:Alessandro Vanelli-Coralli, Nicolas Chuberre, Gino MasiniPublish date:2024-02-06Pages:336
Language:EnglishPublisher:Wiley-IEEE PressISBN-13:9781119891154ISBN-10:1119891159UPC:9781119891154Book Category:Technology & EngineeringBook Subcategory:Mobile & Wireless Communications, Telecommunications, RadioSize:9.06 x 5.98 x 0.87 inchesWeight:1.1001Product ID:SCEJZNVWY6
5G Non-Terrestrial Networks

Provides a complete and detailed description of the non-terrestrial component in the 5G ecosystem

5G Non-Terrestrial Networks is the first multi-authored reference dedicated to the integration of non-terrestrial networks (NTN) into the 5G ecosystem. Written by leaders in the development of the 3GPP 5G NTN specification, this authoritative resource addresses all key aspects of non-terrestrial components of 5G systems, including standardization, architecture, protocols, and regulatory considerations.

Drawing from their expertise in academic and industrial research and development, the authors introduce fundamental principles of non-terrestrial communications, define the NTN architecture and radio protocol stacks, describe applications to support mobility and radio resource management, and more. The book covers 5G New Radio-based technology for NTN as well as LTE NB-IoT/eMTC, providing a well-rounded understanding of the unique characteristics of 5G-NTN systems. Throughout the text, the authors offer insights on various design approaches, technical choices, and trade-off options.

In addition, the book:

  • Addresses the integration of non-terrestrial networks into 5G systems at all levels
  • Describes the principles of non-terrestrial systems, including orbital parameters, link budget, propagation, and space/ground segments
  • Includes a detailed overview of 5G-NTN system architectures, deployment scenarios, and spectrum aspects
  • Covers NB-IoT and eMTC in NTN, NTN use cases, 5G QoS, and New Radio
  • Discusses the potential of non-terrestrial components of 5G in the future 6G ecosystem

5G Non-Terrestrial Networks is a must-have for communication engineers, satellite network operators, aerospace and electrical engineers, network engineers, academic researchers and industry professionals involved in 5G infrastructure development, as well as advanced students taking courses on 5G and satellite communication.

Language:EnglishPublisher:Wiley-IEEE PressISBN-13:9781119891154ISBN-10:1119891159UPC:9781119891154Book Category:Technology & EngineeringBook Subcategory:Mobile & Wireless Communications, Telecommunications, RadioSize:9.06 x 5.98 x 0.87 inchesWeight:1.1001Product ID:SCEJZNVWY6

Alessandro Vanelli-Coralli is a Full Professor in the Department of Electrical, Electronic, and Information Engineering at the University of Bologna. He is an IEEE Senior Member and serves on the Editorial Board of the Wiley Journal on Satellite Communications and Networks.

Nicolas Chuberre is the Technical Manager of the European project H2020 ICT SAT5G. He has chaired the SatCom Working Group of ISI and Networld2020 technology platforms and is a member of the Partnership Board of the 5G Infrastructure Association.

Gino Masini is a Principal Researcher at Ericsson, Sweden. He was Chairman of RAN WG3, where he oversaw the standardization of 5G radio network architecture, interfaces, and protocols. He is the author of more than 50 patents.

Alessandro Guidotti is an Adjunct Professor in the Department of Electrical, Electronic, and Information Engineering at the University of Bologna. He is a member of the IEEE Technical Panel on Glue Technologies for Space Systems and serves on the Editorial Board of Aerial and Space Networks.

Mohamed El Jaafari is a Radio Access Network specialist engineer and Lead Delegate for RAN WG1 3GPP at Thales Alenia Space. He is an expert in RF Planning, Radio Network Optimization, and RAN System dimensioning.

Publisher: Wiley-IEEE Press

Contributor(s)

Alessandro Vanelli-Coralli, Nicolas Chuberre, Gino Masini

Author

Alessandro Vanelli-Coralli, Nicolas Chuberre, Gino Masini

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