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Presentation Abstracts and Presenter Biographies


A New, Near-0dB PAPR Waveform for mmWave 5G: STORM
 (Watch the video)
Presenter: Doron Ezri, CTO Wi-Fi, Huawei’s Tel-Aviv Research Center

mmWave is considered one of the technological building-blocks of 5G. However, at higher carrier frequencies, PA efficiency and linearity are naturally more challenging. This led the 3GPP to define DFT-Spread-OFDM (which implements a single-carrier waveform) as mandatory, alongside with OFDMA (at least up to 40GHz).

In this talk we will present STORM – a new waveform (based on DFT-Spread-OFDM) which exhibits near 0dB PAPR. In a nutshell, STORM is a superposition of two (specially crafted) single carrier waveforms, where one “corrects” the PAPR of the other. STORM is attractive as it leads to significant link-level gains over DFT-Spread-OFDM and OFDMA (up to 7.4dB) in a variety of scenarios. Moreover, the STORM transceiver is implemented with simple changes to a Vanilla flavored DFT-Spread-OFDM transceiver – so a multimode transceiver (enjoying all worlds – implementing OFDMA, DFT-Spread-OFDM and STORM) is very natural and straight-forward.

About the presenter:
Dr. Doron Ezri is CTO Wi-Fi at Huawei’s Tel-Aviv Research Center, where he leads research in the fields of future Wi-Fi technologies (11ax and beyond), Enterprise and Residential Wi-Fi and 5G. Before Huawei, Dr. Ezri was CEO and Co-Founder of Greenair Wireless, a start-up company developing advanced baseband and MIMO IP Cores. Before Greenair, Doron was CTO at Runcom Technologies a WiMAX leader and home of OFDMA technology. Doron holds a PhD in Electrical Engineering from Tel Aviv University and since 2007 has been teaching a graduate level OFDM-MIMO course at Tel Aviv. For more information please see:Huawei’s Tel Aviv Research Center
Challenges in mmWave Wireless Channel Measurement and Analysis  (Watch the video)
Presenter: Mir Ghoraishi, Project Leader, 5G Testbed and Proof-of-Concept, 5G Innovation Centre, University of Surrey

Emerging millimetre wave technologies impose tough channel sounding requirements. This is because bandwidth is very wide, e.g. more than 1 GHz, the link is normally super directional, e.g. pencil beams by employing large arrays and beamforming techniques, and the blockage can happen easily as movement of medium size objects can have significant effects on the communication link causing fast variations in the channel. On the other hand the radio system, switches and antenna array design and implementation at millimetre wave are complicated and expensive.  In this talk we will present an overview of the specific challenges for millimetre wave channel sounding and data analysis

About the presenter:
Dr Mir Ghoraishi joined 5G Innovation Centre at University of Surrey in 2012 where he leads 5G technologies proof-of-concept and millimetre-wave solutions. His recent projects include hardware implementation and proof-of-concept for 5G air-interface, (distributed) massive MIMO, wireless in-band full-duplex, millimetre-wave solutions, and millimetre-wave wireless channel analysis and modelling. He has worked on large and medium scale projects on wireless system design and implementation, wireless propagation channel measurements/analysis/modelling, wireless ranging and positioning, and signal processing for wireless systems and for general applications. Before joining the 5G Innovation Centre, Mir worked as a senior researcher and assistant professor at Tokyo Institute of Technology from 2004 to 2011. He received his PhD on Wireless Communications from the same institution. Mir has co-authored many publications and has widely presented at conferences. For more information please see: 5G Innovation Centre 
5G Implementation Challenges and Potential Solutions
Presenter: Chris Clifton, CTO & Divisional Director, Sony Europe SES

The disruptive opportunities of 5G technology will firstly be highlighted followed by a discussion on the challenges associated with mmWave communications and how these can be mitigated by approaches such as beamsteering. Then various front-end architectures will be highlighted together with the potential implications to the required specifications of front-end components such as filters and phase shifters.

About the presenter:
Chris Clifton is the Chief Technology Officer and Divisional Director for Europe based Sony Semiconductor and Electronic Solutions (SES) with responsibilities for new technology/product incubation and telecommunication/semiconductor R&D activities. His main mission is to identify and help accelerate the development of core enabling technologies which will underpin future consumer and industrial electronic products. Current research focus areas include 3GPP related technologies which will pave the way towards the 5G era including the wireless M2M connectivity technologies which will underpin the next IoT revolution.

A significant period of his time at Sony has been spent managing the Wireless Semiconductor Development activity in Basingstoke, joining the Sony Semiconductor operation in 1997.  In 2001, he became Divisional Director for Wireless products within the European Development Centre.

Prior to Sony, he held positions as Chief Design Engineer at the GEC III-V semiconductor facility at Caswell and RF Engineering Manager at DSC Communications.

As well as being a member of the Institute of Electrical Engineers (IEE) and Chartered Engineer (CEng), Chris has sat on the boards of a number of UK government bodies covering training and promotion of engineering within the UK. He has authored more than 20 international publications and holds a number of patents. Academic qualifications include a BSc(Hons) in Physics and a PhD in Electronic Engineering. For more information please see: Sony Semiconductor and Electronic Solutions (SES)

Gigabit Baseband Modem Technology for 5G mmWave Applications  (Watch the video)
Presenter: Ray McConnell , CTO, Blu Wireless Technology

New radios operating in the Millimetre wave (>30GHz) bands will form an essential part of 5G due to the ability to deliver gigabit datarates with low latency. Both licensed and license free bands have recently been opened by the FCC at 28GHz, 39GHz, 57 – 71GHz and higher frequencies. This is driving the development of a number of wireless systems targeted at consumer and mobile applications – most notably the 802.11ad extension of the WiFi standard marketed as WiGigTM. This is forecast to develop into a mass market measured in billions of devices per annum over the next 5 years. Meanwhile, MSOs are being driven to rollout dense LTE mobile networks to meet the exponentially increasing data demands for their customers. This presentation provides an overview of relevant wireless technologies needed to deliver against these expectations with focus on advanced flexible gigabit wireless baseband modem technology based on a recent modem SoC development based on the HYDRA modem technology from Blu Wireless. Finally, consideration is given on how this modem technology can be applied to a number of 5G use cases.

About the presenter:
To be updated.
mmWave Solutions for 5G Backhaul 
Presenter: Mike Geen, Head of Engineering, Filtronic Broadband

This presentation will look at some of the challenges 5G poses for wireless backhaul infrastructure and the role millimetre-wave technology will play in finding solutions.  It includes an examination of the link budget and how this flows down to the specification and design of millimetre-wave transmitters, receivers and filters.

About the presenter:
Mike Geen is Head of Engineering at Filtronic Broadband and has nearly 40 years’ experience in microwave, millimetre-wave and optoelectronic technology. He is a member of the Filtronic Broadband senior management team with responsibility for strategic technology development. Mike joined Filtronic in 2007 to head teams developing technology for microwave and millimetre-wave point to point backhaul systems. Prior to joining Filtronic, Mike held design and management positions at Bookham (now Oclaro), GEC-Marconi and Plessey Research (Caswell). For more information please see: Filtronic Broadband
5G in mmWave Frequencies: Standards, Spectrum and Early Uses  (Watch the video)
Presenter: Maziar Nekovee,Professor of Telecommunication and Mobile Technologies and Head of Department of Engineering & Design, University of Sussex

In this talk I will discuss current status and expected timelines of 5G standardization, spectrum allocation and initial products and describe recent research on spectrum sharing for  5G access in licensed and unlicensed milimetre-wave bands.

Maziar Nekovee is a Professor of telecoms and mobile technology and Head of Department of Engineering and Design at University of Sussex. Prior to joining Sussex in 2017 he was head of 5G research and European collaborations at Samsung R&D UK, and coordinator of the industry-led Horizon 2020 consortium mmMAGIC. In these roles he led the development of new milimeterwave channel models and radio access technologies for the emerging 5G NR standards in 3GPP, as well as working closely with Samsung’s strategy and business teams, key vendors and European operators.Prior to joining Samsung in 2013 he was from 2001 with BT where he pioneered and led research in cognitive radio and dynamic spectrum sharing technologies, with applications to fixed wireless access and IoT, as well as providing consultancy to BT’s strategy business units. Maziar has a PhD in physics and a first degree and MSC in electrical engineering both from the Netherlands. For more information please see University of Sussex
mmWave Technologies and Components for 5G Applications  (Watch the video)
Presenter: Liam Devlin, CEO, Plextek RFI

Work is now well under way on the design and development of the first mm-wave 5G demonstrator system. The ultimate aim of these systems is to provide a huge increases in the available data-rates for mobile users. A much quoted goal is to have a network capable of providing seemingly infinite capacity and negligible latency. Operation at mm-wave frequencies allows the use of much wider channel bandwidths and facilities achievement of the ambitious data rate targets. This presentation will discuss the likely operating bands and the options and trends for the realisation of the mm-wave components. It will be illustrated with examples of mm-wave components designed by Plextek RFI for deployment in the first mm-wave 5G demonstrator systems

About the Presenter:
Liam Devlin is the CEO of Plextek RFI, a UK based design house specialising in the design and development of RFICs, MMICs and microwave/mm-wave modules. He has led the design and development of over 90 custom ICs on a range of GaAs, GaN and Si processes at frequencies from baseband to 90GHz. He has also developed microwave and mm-wave sub-systems using a variety of technologies including conventional SMT on laminate substrates, High Density Interconnect (HDI), chip and wire, thin film, thick film and LTCC. Liam is also a Non-Executive Director for Interlligent UK. Prior to joining Plextek he was Chief Designer with Marconi Caswell where he designed GaAs ICs for both the commercial product line and for customer specific applications. Before this, Liam was employed by Philips Research Laboratories. Liam has a BEng (Hons – Class 1) in Electrical and Electronic Engineering from the University of Leeds, and has published over 50 technical papers. For more information please see: Plextek RFI
mmWave Measurement Challenges for 5G  (Watch the video)
Presenter: Tim Masson, Application Engineer, Keysight Technologies

Much of the test equipment currently in place for communications systems is limited to a 6GHz carrier frequency and a 160 MHz modulation bandwidth. 5G is breaking these 4G limitations, creating requirements for much wider bandwidths, operating in higher frequency bands. This paper looks at some significant measurement challenges for testing 5G transceivers and subsystems working at millimeter wave frequencies in the 28 – 40GHz and higher frequency bands. (This could say 60GHz – or really anywhere 50 – 110GHz where the techniques are largely similar).

We will study some of these test & measurement challenges in detail, starting with the challenge of generating high quality test signals at mmWave operating frequencies. We need these signals to be available with accurately calibrated power levels, carrying complex baseband modulation with severalGHz bandwidth with good modulation accuracy. Several different generation architectures will be outlined and for each the predominant causes or error will be examined. Techniques for improving modulation accuracy will be described and the concept of traceable signal quality will be introduced. Typical operating performance will be outlined.

About the presenter:
Tim Masson’s career at Keysight started within the Hewlett Packard Telecommunications test division in South Queensferry, Scotland where he was responsible for some HPIB Instrument system accessories. He later moved back to the Thames Valley and has been associated with the design and implementation of test systems for two-way radio and cellular telephone devices. In 1999 HP spun off Agilent Technologies which at the end of 2014 devolved its Electronic Measurement and Test business into a new and wholly independent company, Keysight Technologies. Currently Tim is a specialist application engineer focused on the opportunities and challenges of broadband measurements for 5th generation personal communications (5G). Tim has a BSc in Physics from the University of Nottingham. For more information please see: Keysight Technologies

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