5G wireless technologies / edited by Angeliki Alexiou.

Format:

Book

Contributor:

Alexiou, Angeliki, editor.

Series:

IET telecommunications series ; Volume 69.

IET telecommunications series ; Volume 69

Language:

English

Subjects (All):

Wireless Internet.

Wireless communication systems--Technological innovations.

Physical Description:

xi, 403 pages : illustrations ; 24 cm.

Contained In:

IET telecommunications series no:69

Other Title:

FiveG wireless technologies

Place of Publication:

Stevenage Institution of Engineering and Technology, 2017.

Summary:

"Mobile data traffic is expected to exceed traffic from wired devices in the next couple of years. This emerging future will be empowered by revolutionary 5G radio network technologies with a focus on application-driven connectivity, transparently deployed over various technologies, infrastructures, users and devices to realise the vision of 'the internet of everything'. This book presents a roadmap of 5G, from advanced radio technologies to innovative resource management approaches and novel network architectures and system concepts. Topics covered include challenges for efficient multi-service coexistence for 5G below 6GHz; new quasi-deterministic approaches to channel modelling in millimeter-wave bands; large scale antenna systems; effects of densification and randomness of infrastructure deployment in cellular networks; wireless device-to-device (D2D) links for machine-to-machine (M2M) communication; caching in large wireless networks; full duplexing; decoupled uplink and downlink access in heterogeneous networks; wireless networks virtualisation; and regulation, business and technology perspectives on licensed shared access (LSA) and three-tier spectrum sharing models."--Publisher's description.

Contents:

Machine generated contents note: 1.1.A vision for 5G (in a nutshell) / Angeliki Alexiou

1.2.Key disruptive system concept trends / Angeliki Alexiou

1.3.Performance limitations, new design principles, and three paradigm shifts / Angeliki Alexiou

1.4.Critical usage scenarios in 5G / Angeliki Alexiou

1.4.1.Crowded local access / Angeliki Alexiou

1.4.2.Bursty loT / Angeliki Alexiou

1.4.3.Ultra-reliable and low latency communications / Angeliki Alexiou

1.5.This book: motivation and structure / Angeliki Alexiou

References / Angeliki Alexiou

2.1.Introduction / Frank Schaich / Salah El Ayoubi / Andreas Georgakopoulos / Gerhard Wunder / Martin Schubert / Berna Sayrac

2.1.1.Chapter contributions / Frank Schaich / Salah El Ayoubi / Andreas Georgakopoulos / Gerhard Wunder / Martin Schubert / Berna Sayrac

2.2.Core services and their associated KPIs / Frank Schaich / Salah El Ayoubi / Andreas Georgakopoulos / Gerhard Wunder / Martin Schubert / Berna Sayrac

Note continued: 2.2.1.Core services / Frank Schaich / Salah El Ayoubi / Andreas Georgakopoulos / Gerhard Wunder / Martin Schubert / Berna Sayrac

2.2.2.Key performance indicators / Frank Schaich / Salah El Ayoubi / Andreas Georgakopoulos / Gerhard Wunder / Martin Schubert / Berna Sayrac

2.2.3.KPI relevance to core services / Frank Schaich / Salah El Ayoubi / Andreas Georgakopoulos / Gerhard Wunder / Martin Schubert / Berna Sayrac

2.3.Use cases from the 5G literature / Berna Sayrac / Gerhard Wunder / Salah El Ayoubi / Andreas Georgakopoulos / Frank Schaich / Martin Schubert

2.3.1.Use cases from METIS/METIS-II projects / Frank Schaich / Salah El Ayoubi / Andreas Georgakopoulos / Gerhard Wunder / Martin Schubert / Berna Sayrac

2.3.2.NGMN use cases / Frank Schaich / Salah El Ayoubi / Andreas Georgakopoulos / Gerhard Wunder / Martin Schubert / Berna Sayrac

Note continued: 2.3.3.3GPP SMARTER SI use cases / Frank Schaich / Salah El Ayoubi / Andreas Georgakopoulos / Gerhard Wunder / Martin Schubert / Berna Sayrac

2.4.The 5G use cases from FANTASTIC-5G / Frank Schaich / Salah El Ayoubi / Andreas Georgakopoulos / Gerhard Wunder / Martin Schubert / Berna Sayrac

2.4.1.Detailed 50 use cases for RAN design / Frank Schaich / Salah El Ayoubi / Andreas Georgakopoulos / Gerhard Wunder / Martin Schubert / Berna Sayrac

2.4.2.Selected FANTASTIC-5G use cases / Frank Schaich / Salah El Ayoubi / Andreas Georgakopoulos / Gerhard Wunder / Martin Schubert / Berna Sayrac

2.5.Challenges for 50 design below 6 GHz / Frank Schaich / Salah El Ayoubi / Andreas Georgakopoulos / Gerhard Wunder / Martin Schubert / Berna Sayrac

2.5.1.Design methodology / Frank Schaich / Salah El Ayoubi / Andreas Georgakopoulos / Gerhard Wunder / Martin Schubert / Berna Sayrac

Note continued: 2.5.2.Service integration drivers / Frank Schaich / Salah El Ayoubi / Andreas Georgakopoulos / Gerhard Wunder / Martin Schubert / Berna Sayrac

2.5.3.Link level challenges / Frank Schaich / Salah El Ayoubi / Andreas Georgakopoulos / Gerhard Wunder / Martin Schubert / Berna Sayrac

2.5.4.System level challenges / Frank Schaich / Salah El Ayoubi / Andreas Georgakopoulos / Gerhard Wunder / Martin Schubert / Berna Sayrac

2.6.System-level evaluation of technical components / Frank Schaich / Salah El Ayoubi / Andreas Georgakopoulos / Gerhard Wunder / Martin Schubert / Berna Sayrac

2.7.Conclusions / Frank Schaich / Salah El Ayoubi / Berna Sayrac / Gerhard Wunder / Martin Schubert / Andreas Georgakopoulos

Acknowledgement / Frank Schaich / Salah El Ayoubi / Andreas Georgakopoulos / Gerhard Wunder / Martin Schubert / Berna Sayrac

Note continued: References / Frank Schaich / Salah El Ayoubi / Andreas Georgakopoulos / Gerhard Wunder / Martin Schubert / Berna Sayrac

3.1.Introduction / Alexander Maltsev / Ilya Bolotin / Andrey Pudeyev

3.2.Q-D channel modeling approach / Alexander Maltsev / Ilya Bolotin / Andrey Pudeyev

3.3.Millimeter-wave channel experimental measurements and results interpretation / Alexander Maltsev / Ilya Bolotin / Andrey Pudeyev

3.3.1.Experimental measurement description and results / Alexander Maltsev / Ilya Bolotin / Andrey Pudeyev

3.3.2.Experimental results interpretation / Alexander Maltsev / Ilya Bolotin / Andrey Pudeyev

3.4.Quasi-deterministic approach for millimeter-wave channel modeling / Alexander Maltsev / Ilya Bolotin / Andrey Pudeyev

3.4.1.General structure of Q-D channel model / Ilya Bolotin / Andrey Pudeyev / Alexander Maltsev

3.4.2.Deterministic rays (D-rays) modeling / Alexander Maltsev / Ilya Bolotin / Andrey Pudeyev

Note continued: 3.4.3.Statistical random rays (R-rays) modeling / Alexander Maltsev / Ilya Bolotin / Andrey Pudeyev

3.4.4.Random reflection R-ray generation / Alexander Maltsev / Ilya Bolotin / Andrey Pudeyev

3.4.5.Intra-cluster structure / Alexander Maltsev / Ilya Bolotin / Andrey Pudeyev

3.4.6.Blockage modeling / Andrey Pudeyev / Alexander Maltsev / Ilya Bolotin

3.4.7.Channel mobility modeling and impact / Alexander Maltsev / Ilya Bolotin / Andrey Pudeyev

3.5.Q-D channel models implementation / Alexander Maltsev / Ilya Bolotin / Andrey Pudeyev

3.5.1.University campus access channel model / Alexander Maltsev / Ilya Bolotin / Andrey Pudeyev

3.5.2.Street canyon access channel model / Alexander Maltsev / Ilya Bolotin / Andrey Pudeyev

3.5.3.Hotel lobby access channel model / Alexander Maltsev / Ilya Bolotin / Andrey Pudeyev

3.5.4.Backhaul channel models / Alexander Maltsev / Ilya Bolotin / Andrey Pudeyev

Note continued: 3.5.5.Device to device channel models / Alexander Maltsev / Ilya Bolotin / Andrey Pudeyev

3.6.Conclusion / Alexander Maltsev / Ilya Bolotin / Andrey Pudeyev

References / Alexander Maltsev / Ilya Bolotin / Andrey Pudeyev

4.1.Promises and challenges of LSAS / Adrian Garcia-Rodriguez / Christos Masouros

4.1.1.LSAS promises / Adrian Garcia-Rodriguez / Christos Masouros

4.1.2.LSAS challenges / Adrian Garcia-Rodriguez / Christos Masouros

4.2.LSAS channel models and propagation aspects / Adrian Garcia-Rodriguez / Christos Masouros

4.2.1.Theoretical LSAS channel models / Adrian Garcia-Rodriguez / Christos Masouros

4.2.2.Mutual coupling characterisation / Adrian Garcia-Rodriguez / Christos Masouros

4.2.3.Measurement campaigns and LSAS-specific channel models / Adrian Garcia-Rodriguez / Christos Masouros

4.3.LSAS: system design and optimisation I / Adrian Garcia-Rodriguez / Christos Masouros

Note continued: 4.3.1.Reduced RF-chain implementations / Adrian Garcia-Rodriguez / Christos Masouros

4.3.2.Energy efficiency optimisation / Adrian Garcia-Rodriguez / Christos Masouros

4.3.3.Network architectures and distributed LSAS / Adrian Garcia-Rodriguez / Christos Masouros

4.4.Concluding remarks / Adrian Garcia-Rodriguez / Christos Masouros

Acknowledgements / Adrian Garcia-Rodriguez / Christos Masouros

References / Adrian Garcia-Rodriguez / Christos Masouros

5.1.Introduction / Stelios Stefanatos / Angeliki Alexiou / Gotsis / Antonis G.

5.1.1.Infrastructure densification in future cellular networks / Angeliki Alexiou / Gotsis / Antonis G. / Stelios Stefanatos

5.1.2.Analytical modeling of future cellular networks / Stelios Stefanatos / Angeliki Alexiou / Gotsis / Antonis G.

5.1.3.Purpose and organization of the chapter / Stelios Stefanatos / Angeliki Alexiou / Gotsis / Antonis G.

Note continued: 5.2.Review of homogeneous Poisson point processes / Stelios Stefanatos / Angeliki Alexiou / Gotsis / Antonis G.

5.2.1.Fundamental properties / Stelios Stefanatos / Angeliki Alexiou / Gotsis / Antonis G.

5.2.2.Computation of functionals / Stelios Stefanatos / Angeliki Alexiou / Gotsis / Antonis G.

5.2.3.Conditioning, stationarity, and ergodicity / Stelios Stefanatos / Angeliki Alexiou / Gotsis / Antonis G.

5.3.System model and performance metrics / Stelios Stefanatos / Angeliki Alexiou / Gotsis / Antonis G.

5.3.1.System model / Stelios Stefanatos / Angeliki Alexiou / Gotsis / Antonis G.

5.3.2.System performance metrics / Stelios Stefanatos / Angeliki Alexiou / Gotsis / Antonis G.

5.3.3.AP-UE association schemes / Stelios Stefanatos / Angeliki Alexiou / Gotsis / Antonis G.

5.4.SIR performance analysis / Stelios Stefanatos / Angeliki Alexiou / Gotsis / Antonis G.

Note continued: 5.4.1.Fully loaded network: downlink / Stelios Stefanatos / Angeliki Alexiou / Gotsis / Antonis G.

5.4.2.Fully loaded network: uplink / Stelios Stefanatos / Angeliki Alexiou / Gotsis / Antonis G.

5.4.3.Lightly loaded network / Stelios Stefanatos / Angeliki Alexiou / Gotsis / Antonis G.

5.5.User rate performance analysis / Stelios Stefanatos / Angeliki Alexiou / Gotsis / Antonis G.

5.5.1.Degrees of freedom distribution / Angeliki Alexiou / Gotsis / Antonis G. / Stelios Stefanatos

5.5.2.User rate CDF and system design issues / Stelios Stefanatos / Angeliki Alexiou / Gotsis / Antonis G.

5.5.3.System design / Stelios Stefanatos / Angeliki Alexiou / Gotsis / Antonis G.

5.6.Conclusion / Stelios Stefanatos / Angeliki Alexiou / Gotsis / Antonis G.

Appendix A / Stelios Stefanatos / Angeliki Alexiou / Gotsis / Antonis G.

A.1.Derivation of (5.18) / Stelios Stefanatos / Angeliki Alexiou / Gotsis / Antonis G.

Note continued: A.2.Derivation of (5.24) / Stelios Stefanatos / Angeliki Alexiou / Gotsis / Antonis G.

References / Stelios Stefanatos / Angeliki Alexiou / Gotsis / Antonis G.

Abstract / Petar Popovski / Nuno K. Pratas

6.1.Introduction / Petar Popovski / Nuno K. Pratas

6.1.1.Key concepts in D2D communication / Nuno K. Pratas / Petar Popovski

6.1.2.How can D2D help MTC? / Petar Popovski / Nuno K. Pratas

6.1.3.Chapter organization / Nuno K. Pratas / Petar Popovski

6.2.Underlay D2D links / Nuno K. Pratas / Petar Popovski

6.2.1.Underlay signal model / Nuno K. Pratas / Petar Popovski

6.2.2.Optimal underlay decoding / Petar Popovski / Nuno K. Pratas

6.2.3.Sub-optimal underlay decoding / Petar Popovski / Nuno K. Pratas

6.3.Underlay proximity discovery / Nuno K. Pratas / Petar Popovski

6.3.1.Network-controlled proximity discovery overview / Petar Popovski / Nuno K. Pratas

6.3.2.System model / Nuno K. Pratas / Petar Popovski

Note continued: 6.3.3.Analysis / Petar Popovski / Nuno K. Pratas

6.3.4.Numerical results and discussion / Nuno K. Pratas / Petar Popovski

6.3.5.Remarks / Petar Popovski / Nuno K. Pratas

6.4.Underlay direct communications / Nuno K. Pratas / Petar Popovski

6.4.1.Analysis of topology A / Petar Popovski / Nuno K. Pratas

6.4.2.Analysis of topology B / Nuno K. Pratas / Petar Popovski

6.5.Conclusion / Petar Popovski / Nuno K. Pratas

Acknowledgements / Nuno K. Pratas / Petar Popovski

References / Nuno K. Pratas / Petar Popovski

7.1.Introduction / Georgios Paschos / Marios Kountouris

7.2.Sustainable multihop wireless networks with caching / Georgios Paschos / Marios Kountouris

7.2.1.System model / Georgios Paschos / Marios Kountouris

7.2.2.Multihop capacity optimization: relaxation and rounding / Georgios Paschos / Marios Kountouris

7.2.3.Asymptotic laws for Zipf popularity / Georgios Paschos / Marios Kountouris

Note continued: 7.2.4.Scaling laws for constant cache size K / Georgios Paschos / Marios Kountouris

7.2.5.Scaling the cache size K co / Marios Kountouris / Georgios Paschos

7.2.6.Discussion about the sustainability of wireless caching networks / Marios Kountouris / Georgios Paschos

7.3.Cache-enabled small cell networks / Marios Kountouris / Georgios Paschos

7.3.1.Cache-enabled SCNs with local user interest correlation / Marios Kountouris / Georgios Paschos

7.3.2.D2D caching vs. small cell caching / Marios Kountouris / Georgios Paschos

7.4.Research challenges for wireless caching / Marios Kountouris / Georgios Paschos

7.4.1.Modelling the requests in wireless networks / Marios Kountouris / Georgios Paschos

7.4.2.Coded caching for broadcast medium exploitation / Marios Kountouris / Georgios Paschos

7.4.3.Cooperative caching models / Marios Kountouris / Georgios Paschos

7.4.4.Advanced spatial models / Marios Kountouris / Georgios Paschos

Note continued: References / Marios Kountouris / Georgios Paschos

8.1.Introduction / Kari Rikkinen / Markku Juntti / Visa Tapio / Mir Ghoraishi / Bjorn Debaillie / Cristina Lavin / Ari Pouttu

8.2.FD wireless transmission in 5G-scenarios and challenges / Kari Rikkinen / Markku Juntti / Visa Tapio / Mir Ghoraishi / Bjorn Debaillie / Cristina Lavin / Ari Pouttu

8.2.1.Full-duplex deployment scenarios / Kari Rikkinen / Markku Juntti / Visa Tapio / Mir Ghoraishi / Bjorn Debaillie / Cristina Lavin / Ari Pouttu

8.2.2.Full-duplex link budget and transceiver challenges / Kari Rikkinen / Markku Juntti / Visa Tapio / Mir Ghoraishi / Bjorn Debaillie / Cristina Lavin / Ari Pouttu

8.2.3.MAC protocol design challenges / Markku Juntti / Visa Tapio / Ari Pouttu / Kari Rikkinen / Cristina Lavin / Mir Ghoraishi / Bjorn Debaillie

8.3.Full-duplex transceiver / Kari Rikkinen / Markku Juntti / Visa Tapio / Mir Ghoraishi / Bjorn Debaillie / Cristina Lavin / Ari Pouttu

Note continued: 8.3.1.General / Kari Rikkinen / Markku Juntti / Visa Tapio / Mir Ghoraishi / Bjorn Debaillie / Cristina Lavin / Ari Pouttu

8.3.2.RF/analogue and antenna solutions for compact form factor devices / Kari Rikkinen / Markku Juntti / Visa Tapio / Mir Ghoraishi / Bjorn Debaillie / Cristina Lavin / Ari Pouttu

8.3.3.Digital baseband solutions for full-duplex transceiver / Kari Rikkinen / Markku Juntti / Visa Tapio / Mir Ghoraishi / Bjorn Debaillie / Cristina Lavin / Ari Pouttu

8.3.4.Prototype transceiver design and testing / Kari Rikkinen / Markku Juntti / Visa Tapio / Mir Ghoraishi / Bjorn Debaillie / Cristina Lavin / Ari Pouttu

8.3.5.Multiple antenna full-duplex systems / Kari Rikkinen / Markku Juntti / Visa Tapio / Mir Ghoraishi / Bjorn Debaillie / Cristina Lavin / Ari Pouttu

8.4.Full-duplex transmission in wireless networks / Kari Rikkinen / Markku Juntti / Visa Tapio / Mir Ghoraishi / Bjorn Debaillie / Cristina Lavin / Ari Pouttu

Note continued: 8.4.1.General / Kari Rikkinen / Markku Juntti / Visa Tapio / Mir Ghoraishi / Bjorn Debaillie / Cristina Lavin / Ari Pouttu

8.4.2.Full-duplex transmission in small area radio communication systems / Visa Tapio / Ari Pouttu / Bjorn Debaillie / Markku Juntti / Mir Ghoraishi / Kari Rikkinen / Cristina Lavin

8.5.Summary / Kari Rikkinen / Markku Juntti / Visa Tapio / Mir Ghoraishi / Bjorn Debaillie / Cristina Lavin / Ari Pouttu

References / Kari Rikkinen / Markku Juntti / Visa Tapio / Mir Ghoraishi / Bjorn Debaillie / Cristina Lavin / Ari Pouttu

9.1.Introduction / Hisham Elshaer / Maria A. Lema / Toktam Mahmoodi / Mischa Dohler

9.2.HetNets challenges in 4G networks / Hisham Elshaer / Mischa Dohler / Toktam Mahmoodi / Maria A. Lema

9.2.1.Radio planning challenges in HetNets / Hisham Elshaer / Mischa Dohler / Toktam Mahmoodi / Maria A. Lema

Note continued: 9.2.2.Strategies for improvements in HetNets / Hisham Elshaer / Mischa Dohler / Toktam Mahmoodi / Maria A. Lema

9.2.3.Decoupling as a solution / Hisham Elshaer / Mischa Dohler / Toktam Mahmoodi / Maria A. Lema

9.3.Simulation setup / Hisham Elshaer / Mischa Dohler / Toktam Mahmoodi / Maria A. Lema

9.4.Performance evaluation / Hisham Elshaer / Mischa Dohler / Toktam Mahmoodi / Maria A. Lema

9.4.1.Coverage and capacity / Hisham Elshaer / Mischa Dohler / Toktam Mahmoodi / Maria A. Lema

9.4.2.Reliability and load balancing / Hisham Elshaer / Mischa Dohler / Toktam Mahmoodi / Maria A. Lema

9.4.3.Interference behaviour / Hisham Elshaer / Mischa Dohler / Toktam Mahmoodi / Maria A. Lema

9.5.Interoperability of DUDe with 4G and 50 features / Hisham Elshaer / Mischa Dohler / Toktam Mahmoodi / Maria A. Lema

9.5.1.Inter-band carrier aggregation / Toktam Mahmoodi / Maria A. Lema / Hisham Elshaer / Mischa Dohler

Note continued: 9.5.2.Cooperative multi-point / Hisham Elshaer / Mischa Dohler / Toktam Mahmoodi / Maria A. Lema

9.5.3.Millimetre wave / Hisham Elshaer / Mischa Dohler / Toktam Mahmoodi / Maria A. Lema

9.5.4.Different duplexing techniques / Hisham Elshaer / Mischa Dohler / Toktam Mahmoodi / Maria A. Lema

9.6.Enabling radio access network architectures for decoupling / Hisham Elshaer / Mischa Dohler / Toktam Mahmoodi / Maria A. Lema

9.6.1.Network procedures / Hisham Elshaer / Mischa Dohler / Toktam Mahmoodi / Maria A. Lema

9.6.2.DUDe with assisting connections / Hisham Elshaer / Mischa Dohler / Toktam Mahmoodi / Maria A. Lema

9.6.3.User plane bearer split for DUDe / Hisham Elshaer / Mischa Dohler / Toktam Mahmoodi / Maria A. Lema

9.6.4.Centralized solution / Hisham Elshaer / Mischa Dohler / Toktam Mahmoodi / Maria A. Lema

9.6.5.On the road to 5G-based architectures / Hisham Elshaer / Mischa Dohler / Toktam Mahmoodi / Maria A. Lema

Note continued: 9.7.DL/UL challenges and opportunities for higher layers / Hisham Elshaer / Mischa Dohler / Toktam Mahmoodi / Maria A. Lema

9.7.1.Effect of UL on the performance of higher layers / Hisham Elshaer / Mischa Dohler / Toktam Mahmoodi / Maria A. Lema

9.7.2.DL and UL, joint and decoupled / Hisham Elshaer / Mischa Dohler / Toktam Mahmoodi / Maria A. Lema

9.8.Conclusions / Hisham Elshaer / Mischa Dohler / Toktam Mahmoodi / Maria A. Lema

References / Hisham Elshaer / Mischa Dohler / Toktam Mahmoodi / Maria A. Lema

10.1.Introduction / Chih-Lin I / Jinri Huang / Rongwei Ren / Ran Duan / Changming Bai

10.2.Virtualization basics / Chih-Lin I / Jinri Huang / Rongwei Ren / Ran Duan / Changming Bai

10.3.Cloud RAN virtualization and its challenges / Chih-Lin I / Jinri Huang / Rongwei Ren / Ran Duan / Changming Bai

10.3.1.C-RAN basic / Chih-Lin I / Jinri Huang / Rongwei Ren / Ran Duan / Changming Bai

Note continued: 10.3.2.Challenges on C-RAN virtualization / Chih-Lin I / Jinri Huang / Rongwei Ren / Ran Duan / Changming Bai

10.4.Key technologies and solutions to RAN virtualization / Chih-Lin I / Jinri Huang / Rongwei Ren / Ran Duan / Changming Bai

10.4.1.Enhancement on host Linux / Chih-Lin I / Jinri Huang / Rongwei Ren / Ran Duan / Changming Bai

10.4.2.VM communication improvement / Chih-Lin I / Jinri Huang / Rongwei Ren / Ran Duan / Changming Bai

10.4.3.Real time enhancement / Chih-Lin I / Jinri Huang / Rongwei Ren / Ran Duan / Changming Bai

10.4.4.Live migration / Chih-Lin I / Jinri Huang / Rongwei Ren / Ran Duan / Changming Bai

10.4.5.Network acceleration / Chih-Lin I / Jinri Huang / Rongwei Ren / Ran Duan / Changming Bai

10.4.6.Container / Chih-Lin I / Jinri Huang / Rongwei Ren / Ran Duan / Changming Bai

10.4.7.CAT/CMT / Chih-Lin I / Jinri Huang / Rongwei Ren / Ran Duan / Changming Bai

Note continued: 10.4.8.Support of OpenStack / Rongwei Ren / Chih-Lin I / Ran Duan / Changming Bai / Jinri Huang

10.5.Proof-of-Concept development of virtualized RAN / Chih-Lin I / Jinri Huang / Rongwei Ren / Ran Duan / Changming Bai

10.5.1.Virtualized RAN demo system / Chih-Lin I / Jinri Huang / Rongwei Ren / Ran Duan / Changming Bai

10.5.2.Test results / Chih-Lin I / Jinri Huang / Rongwei Ren / Ran Duan / Changming Bai

10.6.Conclusion / Chih-Lin I / Jinri Huang / Rongwei Ren / Ran Duan / Changming Bai

Acknowledgements / Chih-Lin I / Jinri Huang / Changming Bai / Ran Duan / Rongwei Ren

References / Ran Duan / Changming Bai / Jinri Huang / Chih-Lin I / Rongwei Ren

Abstract / Seppo Yrjola / Marja Matinmikko / Miia Mustonen / Kari Horneman / Petri Ahokangas

11.1.Introduction / Marja Matinmikko / Seppo Yrjola / Miia Mustonen / Petri Ahokangas / Kari Horneman

Note continued: 11.2.Spectrum sharing / Marja Matinmikko / Seppo Yrjola / Petri Ahokangas / Miia Mustonen / Kari Horneman

11.2.1.Spectrum access models and perspectives to sharing / Seppo Yrjola / Marja Matinmikko / Miia Mustonen / Kari Horneman / Petri Ahokangas

11.2.2.Spectrum sharing concepts / Seppo Yrjola / Marja Matinmikko / Miia Mustonen / Petri Ahokangas / Kari Horneman

11.3.Technical approaches / Marja Matinmikko / Seppo Yrjola / Miia Mustonen / Petri Ahokangas / Kari Horneman

11.3.1.LSA technical aspects / Seppo Yrjola / Marja Matinmikko / Miia Mustonen / Kari Horneman / Petri Ahokangas

11.3.2.CBRS technical aspects / Marja Matinmikko / Seppo Yrjola / Miia Mustonen / Petri Ahokangas / Kari Horneman

11.4.Sharing model status in regulation and standardization / Marja Matinmikko / Seppo Yrjola / Miia Mustonen / Petri Ahokangas / Kari Horneman

11.4.1.LSA / Petri Ahokangas / Kari Horneman / Marja Matinmikko / Seppo Yrjola / Miia Mustonen

Note continued: 11.4.2.CBRS / Seppo Yrjola / Marja Matinmikko / Miia Mustonen / Petri Ahokangas / Kari Horneman

11.5.Business considerations / Marja Matinmikko / Seppo Yrjola / Miia Mustonen / Petri Ahokangas / Kari Horneman

11.5.1.LSA business aspects / Seppo Yrjola / Marja Matinmikko / Miia Mustonen / Kari Horneman / Petri Ahokangas

11.5.2.CBRS business aspects / Marja Matinmikko / Seppo Yrjola / Miia Mustonen / Petri Ahokangas / Kari Horneman

11.6.Results / Marja Matinmikko / Seppo Yrjola / Petri Ahokangas / Miia Mustonen / Kari Horneman

11.6.1.LSA reference implementation / Marja Matinmikko / Seppo Yrjola / Kari Horneman / Petri Ahokangas / Miia Mustonen

11.6.2.LSA performance evaluation / Marja Matinmikko / Seppo Yrjola / Miia Mustonen / Petri Ahokangas / Kari Horneman

11.7.Future outlook and conclusions / Marja Matinmikko / Seppo Yrjola / Miia Mustonen / Petri Ahokangas / Kari Horneman

Note continued: References / Marja Matinmikko / Seppo Yrjola / Kari Horneman / Petri Ahokangas / Miia Mustonen

12.1.A vision for wireless beyond 5G / Angeliki Alexiou

12.2.Expectations and challenges for wireless beyond 5G / Angeliki Alexiou.

Notes:

Formerly CIP.

Includes bibliographical references and index.

Other Format:

ebook version

ISBN:

9781785610615

1785610619

OCLC:

1001960480