Towards 5G Wireless Networks: A Physical Layer Perspective

235 Pages·2016·36.27 MB·english

by  Hossein Khaleghi Bizaki

Towards 5G Wireless Networks
A Physical Layer Perspective
Edited by Hossein Khaleghi Bizaki
Towards 5G Wireless Networks: A Physical Layer Perspective
Edited by Hossein Khaleghi Bizaki
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C ontents
Preface
Chapter 1 Analysis of Candidate Waveforms for 5G Cellular
Systems
by Ayesha Ijaz, Lei Zhang, Pei Xiao and Rahim Tafazolli
Chapter 2 Waveform Design Considerations for 5G Wireless
Networks
by Evren Çatak and Lütfiye Durak‐Ata
Chapter 3 Spectral Efficiency Analysis of Filter Bank Multi‐
Carrier (FBMC)‐ Based 5G Networks with Estimated Channel State
Information (CSI)
by Haijian Zhang, Hengwei Lv and Pandong Li
Chapter 4 Non-Orthogonal Multiple Access (NOMA) for 5G
Networks
by Refik Caglar Kizilirmak
Chapter 5 Physical-Layer Transmission Cooperative Strategies
for Heterogeneous Networks
by Syed Saqlain Ali, Daniel Castanheira, Adão Silva and Atílio Gameiro
Chapter 6 Achievable Energy Efficiency and Spectral Efficiency
of Large‐ Scale Distributed Antenna Systems
by Wei Feng, Ning Ge and Jianhua Lu
Chapter 7 Energy Efficiency for 5G Multi-Tier Cellular Networks
by Md. Hashem Ali Khan and Moon Ho Lee
Chapter 8 Beamforming in Wireless Networks
by Mohammad-Hossein Golbon-Haghighi
VI Contents
Chapter 9 Superallocation and Cluster‐Based Cooperative
Spectrum Sensing in 5G Cognitive Radio Network
by Md Sipon Miah, Md Mahbubur Rahman and Heejung Yu
Chapter 10 Selective Control Information Detection in 5G Frame
Transmissions
by Saheed A. Adegbite and Brian G. Stewart

Preface
This book intends to provide highlights of the current research topics
in the field of 5G and to offer a snapshot of the recent advances and
major issues faced today by the researchers in the 5G physical layer
perspective. Various aspects of 5G system is deeply discussed (in
three parts and ten chapters) with emphasis on its physical layer.
Each chapter provides a comprehensive survey of the subject area
and ends with a rich list of references to provide an in-depth coverage
of the application at hand.

Provisionalchapter
Chapter 1
Analysis of Candidate Waveforms for 5G
Analysis of Candidate Waveforms for 5G Cellular
Cellular Systems
Systems
AyeshaIjaz,LeiZhang,PeiXiaoand
Ayesha Ijaz, Lei Zhang, Pei Xiao and Rahim Tafazolli
RahimTafazolli
AAddddiittiioonnaall iinnffoorrmmaattiioonn iiss aavvaaiillaabbllee aatt tthhee eenndd ooff tthhee cchhaapptteerr
http://dx.doi.org/10.5772/66051
Abstract
Choiceofasuitablewaveformisakeyfactorinthedesignof5Gphysicallayer.New
waveform/s must be capable of supporting a greater density of users, higher data
throughput and should provide more efficient utilization of available spectrum to
support 5G vision of “everything everywhere and always connected” with “percep-
tion of infinite capacity”. Although orthogonal frequency division multiplexing
(OFDM) has been adopted as the transmission waveform in wired and wireless
systems for years, it has several limitations that make it unsuitable for use in future
5G air interface. In this chapter, we investigate and analyse alternative waveforms
that are promising candidate solutions to address the challenges of diverse applica-
tionsandscenariosin5G.
Keywords: waveformmodulation,5Grequirements,orthogonalfrequencydivision
multiplexing,universalfilteredmulticarrier,generalizedfrequencydivisionmultiplexing,
filterbankmulticarrier,windowedorthogonalfrequencydivisionmultiplexing,filtered
orthogonalfrequencydivisionmultiplexing
1.Introduction
Orthogonal frequency division multiplexing (OFDM), which uses a square window in time
domain allowing a very efficient implementation, has been adopted as the air interface in
several wireless communication standards, including third generation partnership (3GPP)
long-termevolution(LTE)andIEEE802.11standardfamiliesduetotheassociatedadvantages
suchas:
(cid:129) “Robustnessagainstmultipathfading
(cid:129) Easeofimplementation