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Produktbild: Rolling Out 5G

Rolling Out 5G Use Cases, Applications, and Technology Solutions

48,99 €

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Beschreibung

Produktdetails

Einband

Taschenbuch

Erscheinungsdatum

03.06.2016

Abbildungen

XVII, 93 illus., 89 illus. in color., schwarz-weiss Illustrationen, farbige Illustrationen

Verlag

Apress

Seitenzahl

136

Maße (L/B/H)

23,5/15,5/0,9 cm

Gewicht

248 g

Auflage

1st edition

Sprache

Englisch

ISBN

978-1-4842-1507-4

Beschreibung

Rezension

“This book discusses both sides of 5G: what we don’t know yet and what we do know has to be done. … Much of this book may be worthwhile both to those with little experience in the area as well as experts.” (Computing Reviews, November, 2017)

Produktdetails

Einband

Taschenbuch

Erscheinungsdatum

03.06.2016

Abbildungen

XVII, 93 illus., 89 illus. in color., schwarz-weiss Illustrationen, farbige Illustrationen

Verlag

Apress

Seitenzahl

136

Maße (L/B/H)

23,5/15,5/0,9 cm

Gewicht

248 g

Auflage

1st edition

Sprache

Englisch

ISBN

978-1-4842-1507-4

Herstelleradresse

Libri GmbH
Europaallee 1
36244 Bad Hersfeld
DE

Email: gpsr@libri.de

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  • Produktbild: Rolling Out 5G
  • Foreword (Estimated Pages): 2-3 Chapter Goal: This chapter contents are TBD.Preface (Estimated Pages)Chapter Goal: (Estimated Pages: 2-3)Chapter Goal: The reader should understand whether to read this book on, and if so, how to use it to cover his/her specific needs.A. What this book is aboutB. Who should read this bookC. Further reading and online resourcesChapter 1: Introduction (Estimated Pages): 8-10Chapter Goal: Reader should learn where the key limitations of 4G lie and why 5G is a need in 2020. Also, the reader should get an overview on the wireless communication ecosystem and their stakeholders as well as key mile stones of the next generation wireless communication technology including key standardization / regulation bodies and learn about their current status and work plan.A. Wireless evolution: A retrospective 1. Evolution to 4G 2. Comparison of wireless generations3. Demand and applications4. Network coverage and subscriptions5. Device evolution: handset vs smartphones 6. Social and economic aspects/impacts B. Motivation for 4G Evolution: 1. Key idea and drivers 2. Problems and challenges 3. Realization(or better productization?) path of 4G4. 4G todayC. Key 5G enablers1. 5G Landscape – key drivers and requirements 2. Enabling technologies 3. Vision of 5G network and devices D. Standardization and regulation bodies and their activities 1. Challenges 2. 3GPP, ETSI, NGMN, WRCE. Patent challenges Chapter 2: 4G: Lessons Learned (Estimated Pages): 20-30Chapter Goal: Reader should get a detailed overview on 4G insufficiencies/challenges and how they are expected to be overcome in an evolution towards 5G.A. Implementation challenges 1. Moor’s law2. Cellular platform 3. HW, FW, CPP, Baseband, RF4. Network infrastructure B. Operational challenges 1. QoS2. User demands3. Geographical needs4. Interference 5. Out-of-band emission 6. Cost (CAPEX, OPEX)7. Energy efficiency (energy per bit)C. Performance Optimization and Productization 1. Product life cycle 2. Aspects impacting end user experience 3. Call drops, throughput, link adaptation, power control, antenna effects, neighbor cell measurements, handover, field vs lab testing (all with examples) D. Resource limitation (Markus)1. Spectrum Policy 2. Management of Heterogeneous Radio FrameworkE. Limited target applications (Markus)1. Mobile Phone Applications2. Connectivity for computing devicesF. Reputation vs technical capabilities 1. Prime brands vs others 2. China eco system Chapter 3: 4G Evolution to 5G (Estimated Pages): 20-30Chapter Goal: Reader should learn what 5G is about, which additional requirements over 4G need to be met and which will be the main drivers that will make 5G a success.A. Main Drivers: 1. 2020 Olympic Games, etc. for initial deployment of 5GB. Requirements 1. 4G requirements remaining in 5G2. New requirements C. 5G Definition and Use Cases 1. 1000x capacity 2. 5G Use CasesD. Evolving 4G features to support 5G use cases 1. Massive MIMO2. Advanced interference mitigation techniques3. Small cells / HetNet4. D2DChapter 4: Key 5G Features (Estimated Pages): 15-20Chapter Goal: Reader should get an overview on key 5G features.A. Capacity extension (factor 1000x and more)B. mmWave TechnologyC. User Plane / Data Plane splitD. Device-to-Device Communication and Opportunistic NetworksE. Wireless BackhaulingF. Cloud RAN, Network Function Virtualization, Mobile Edge ComputingG. Heterogeneous Multicomm/multi RAT (simultaneous usage of heterogeneous RATs)H. Automated network reconfiguration (small cells / macro-cells activation/de-activation depending on traffic needs)I. Energy efficient networks Chapter 5: LSA /SAS (Estimated Pages): 20-25Chapter Goal: Reader should understand the need for a new spectrum usage/allocation paradigm. The current evolution is detailed with specific focus on European LSA and US SAS. A. Motivation – Spectrum Scarcity and need for new spectrum usage paradigmB. Introduction to LSA and relevant incumbents 1. System Design2. Regulation Framework3. Incumbents protection4. Challenges and next stepsC. Introduction to SAS and relevant incumbents 1. System Design2. Regulation Framework3. Differences to LSA4. Challenges and next stepsD. Challenges and next steps – LSA/SAS evolution Chapter 6: Disruptor millimeter wave communication (Estimated Pages): 20-25Chapter Goal: Reader should get an overview on the use of millimeter frequency bands as part of the next generation cellular systems spectrum. Since millimeter wave technology is gaining increased momentum in the industry and academia the chapter will provide state-of-the-art insight in a technology which is being considered as an important component in enabling high capacity small cells.A. Motivation for millimeter wave usage1. The spectrum crunch2. The capacity challengeB. Standardization and regulation status1. IEEE 802.11ad and 802.11ay2. 3GPP3. ETSI ISG mWT4. CEPT, FCC 5. ITU-R WP5A and WP5DC. Channel models1. Urban areas outdoor2. IndoorD. Enabling technologies1. Antennas2. Radio frequency frontends3. Base band4. ProtocolsChapter 7: Conclusion and schedule and key standardization and regulation bodies and their activities (Estimated Pages): 10-15Chapter Goal: Wrap-up and next steps A. 3GPP, ETSI, NGMN, WRC B. Conclusion and next stepsAppendix: (Estimated Pages)Chapter Goal: This content is TBD