d5.1 first report on dissemination, standards, regulation ...ieee icc 2017 and 2018, eucnc 2017 and...
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Deliverable Horizon2020 EUJ-01-2016 723171 5G-MiEdge D5.2
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5G-MiEdge Millimeter-wave Edge Cloud as an Enabler for 5G Ecosystem
EU Contract No. EUJ-01-2016-723171
D5.2 Second report on dissemination, standards,
regulation and exploitation plan
Contractual date: M24
Actual date: M24
Authors: See list
Work package: WP5: Standardization, spectrum regulation, dissemination and exploitation
Security: Public
Nature: Report
Version: 1.0
Number of pages: 43
Abstract
This deliverable outlines the activities for dissemination and exploitation of the 5G-MiEdge project
results, with a main focus on the second year activities. These project results are disseminated through
international and domestic conferences and journals or in special events and workshops tightly related
to the 5G-MiEdge technologies. They will also be exploited by patents and more lately through the
integration in courses and commercially by industrial partners. On top of this, the project results are
exploited whenever there is an opportunity by contributions to standardisation bodies, in particular for
the definition of future requirements and needs of communication systems. The deliverable also
provides an overview of the dissemination activities carried out during the first two years of the
project.
Keywords
Dissemination, standards, regulation, and exploitation plan
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All rights reserved.
The document is proprietary of the 5G-MiEdge consortium members. No copy or distribution, in any
form or by any means, is allowed without the prior written agreement of the owner of the property
rights.
This document reflects only the authors’ view. The European Community is not liable for any use hat
may be made of the information contained herein.
Authors
INTEL Valerio Frascolla [email protected]
CEA-LETI Antonio De Domenico [email protected]
Fraunhofer- Heinrich-Hertz-
Institut
Kei Sakaguchi [email protected]
Telecom Italia Valerio Palestini [email protected]
Telecom Italia Sergio Barberis [email protected]
Sapienza University of Rome Sergio Barbarossa [email protected]
Tokyo Institute of Technology Khanh Tran Gia [email protected]
Panasonic Koji Takinami [email protected]
KDDI Research Katsuo Yunoki [email protected]
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Table of contents
Table of figures ................................................................................................................ 4
Abbreviations .................................................................................................................. 5
Executive Summary ........................................................................................................ 6
1 Introduction ............................................................................................................. 7
2 Updated Report on Dissemination Activities ........................................................ 8
2.1 General public .................................................................................................. 8
2.1.1 5G-MiEdge web site ............................................................................. 8
2.1.2 Articles and Press Releases .................................................................. 8
2.2 Scientific community ..................................................................................... 10
2.2.1 Journals, magazines, and Book Chapter ............................................. 10
2.2.2 Dissemination in Conferences and Workshops .................................. 11
2.2.3 Workshops and Special Tracks Organization ..................................... 13
2.3 Industrial community ..................................................................................... 18
2.4 Other collaboration activities ......................................................................... 21
2.5 Dissemination to standards and regulation ..................................................... 24
3 Updated Exploitation plans .................................................................................. 25
4 Conclusion ............................................................................................................. 27
5 Appendix A: Dissemination activities during the project first two years ........ 28
6 Appendix B: Co-organized Workshops and Special Tracks ............................. 41
7 References .............................................................................................................. 43
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Table of figures
Figure 1. 5G-MiEdge project website [5G-MiEdge]. ....................................................... 8
Figure 2. 5G-MiEdge flyer. ............................................................................................... 9
Figure 3. 5G-MiEdge 4th GA meeting advertised in the Sakaguchi laboratory webpage.
........................................................................................................................................ 10
Figure 4. The speakers and the chair of the Special Session 3. ...................................... 15
Figure 5. Photo taken in the industry panel on V2X for automated driving in 4G, 5G and
beyond ............................................................................................................................. 19
Figure 6. The relations of 5G-MiEdge and the 5G Ecosystem. ...................................... 22
Figure 7. Cooperation axes and differences between 5G-MiEdge and the MiEdge+. ... 23
Figure 8. A detail of the CFP of WDN-5G 2018. ........................................................... 41
Figure 9. A detail of the CFP of 5G-Testbed hosted at IEEE Globecom 2017. .............. 41
Figure 10. A detail of the CFP of the workshop “Economics and Adoption of Millimeter
Wave Technology in Future Networks” hosted at IEEE WCNC 2018. .......................... 42
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Abbreviations
Acronym Description
3GPP 3rd Generation Partnership Project
EU European Union
JP Japan
MEC mobile edge cloud (computing)
mmWave millimeter-wave
C-plane control-plane
QoE Quality of Experience
IEICE Institute of Electronics, Information and Communication Engineers
5GMF Fifth Generation Mobile Communications Promotion Forum
uHSLLC ultra-High-Speed and Low Latency Communication
WP Work Package
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Executive Summary
This deliverable offers an overview of the dissemination, standardisation and
exploitation plans and results of the 5G-MiEdge project. It both provides future plans
in the mentioned areas as well as a review of the outcomes during the first two years
of activities of the project (with a main focus on the second year outcomes). The main
areas reported are the following:
• Update on the project website and dissemination through press releases and
articles to disseminate towards the general public.
• Monitoring and contributions to relevant standardisation bodies. The project,
through the participating companies, is involved in 3GPP, ETSI, and IEEE groups. In
the first year of the project, 5G-MiEdge has presented six contributions to the 3GPP
SA1. Following these contributions, 5G-MiEdge studies are reflected in one recent
3GPP Technical Report [TR22.886] and one Technical Specification [TS22.186].
• Publication of project technical achievements in peer-reviewed technical
journals and magazines. Five articles have been accepted to different international
journals during the first two years and a book chapter has been published.
• Participation and contribution to international conferences, symposia and
summits. The project has participated to some of the most relevant technical
conferences, with thirty-eight papers accepted or submitted.
• Organisation and co-organisation of workshops. The project has co-organised
three workshops and one special track, two of these have been co-located with the
IEEE ICC 2017 and 2018, EUCNC 2017 and 2018, and IEEE GLOBECOM 2017. To
strengthen the collaboration between Asian (Japan particularly) and UE wireless
research communities, the project is participating in the organization of the SmartCom
workshop (2017 and 2018).
• Dissemination to three notable industrial events, i.e., during IEEE Globecom
2017, IEEE WCNC 2018, and LETI Innovation Days 2017.
• Exploitation plans, both in terms of potential development of new products and
services, and also exploitation of the knowledge generated. Six patents related to
inventions developed in the projects have been filed so far.
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1 Introduction
The 5G-MiEdge project is investigating technological solutions to integrate MEC and
mmWave into the 5G network architecture in order to offer innovative services and
applications. This is achieved by means of an edge cloud and the introduction of an
ultra-lean and inter-operable signaling, called ‘liquid control plane’, capable of
providing ubiquitous allocation of computation and communication resources, in an
application-/user-centric framework.
The objective of this report is to present the achieved dissemination, standardisation,
and exploitation activities, how they are implemented, and the expected results. It will
also anticipate future planned dissemination and exploitation activities. These efforts
have the goal to ensure that the results of the project are sufficiently advertised during
its time span, mainly by means of dissemination and, at the same time, they are
introduced onto the standardisation path and taken into account in the exploitation
plans of the consortium partners. On top of this, these actions are foreseen in order to
guarantee that, also after the project is finished, key achievements will find their way
to become part of marketable technologies and products.
In the deliverable the main outcomes from these activities during the second year of
the project are also described.
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2 Updated Report on Dissemination Activities
5G-MiEdge gives a particular importance to the dissemination activities, in order to
ensure that all main results of the project will achieve the broadest possible impact on
the global telecommunication eco-system, both at the academic and at the industrial
level. Dissemination activities will mainly address the following five main target
groups:
2.1 General public
2.1.1 5G-MiEdge web site
Here we present the activities undertaken to promote the knowledge of the project and
to ensure that its results are sufficiently advertised during the lifetime of the project.
The project has created a web site that can be found at: http://5g-miedge.eu/.
Figure 1. 5G-MiEdge project website [5G-MiEdge].
This web site contains updated information on the project such as general information
on the consortium, public deliverables, papers, and presentations. In addition, it shows
latest news and upcoming events in the field of interest of the project. This web site is
regularly updated in order to reflect recent project progress.
2.1.2 Articles and Press Releases
During the second year, we have prepared a flyer that we have distributed to the public
of the different international events where 5G MiEdge partners have participated (see
Figure 2). The project also aims to have a presence in other webpages beside it main
webpage.
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Figure 2. 5G-MiEdge flyer.
Here we highlight some relevant and recent articles and press releases concerning 5G-
MiEdge:
Article from the German blog “electronica” on tactile internet that, amongst
other 5G activities, present 5G-MiEdge technologies and goals [electronica].
French article of the Data Analytics Post (DAP) discussing the edge
computing, where Dr. Emilio Calvanese Strinati discusses about 5G-MiEdge
[DAP].
Press Release from the ITU Association of Japan on the Global 5G Event
mentioning 5G-MiEdge [ITUJP].
The Sakaguchi laboratory in the Tokyo Institute of Technology advertises the
4th GA of 5G-MiEdge (see Figure 3) [TTech].
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Figure 3. 5G-MiEdge 4th GA meeting advertised in the Sakaguchi laboratory webpage.
2.2 Scientific community
5G-MiEdge targets to disseminate its results in international journals and the
presentations of papers to the most important conferences, as well as via the
participation to workshops and panels in major IEEE and ACM events. The
publications produced by the 5G-MiEdge partners are available at https://5g-
miedge.eu/publications/.
2.2.1 Journals, magazines, and Book Chapter
5G-MiEdge focuses, on main international journals and magazines such as IEEE
Transactions (Communications, Wireless Communications, Broadcasting, etc.), IEEE
Letters, and IEEE Magazines.
At the current stage, we have five accepted journals/magazines and one book chapter.
Amongst them, there are two invited contributions to IEEE Wireless Communications
Magazine and IEEE Transaction on Wireless Communication, respectively. The
detailed list of contribution is presented in Table 8 (Appendix A). In addition, we are
preparing a white paper presenting the overall concepts of 5G-MiEdge and our results;
we target to submit this white paper to a special issue of an IEEE Magazine.
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2.2.2 Dissemination in Conferences and Workshops
The 5G-MiEdge consortium is contributing to selected conferences in order to
disseminate the project vision and results at large. High profile conferences and fora,
mainly in communication and networking domains are primarily targeted, such as
IEEE ICC and IEEE GLOBECOM, and in the signal processing domain such as
ICASSP and EUSIPCO. Further candidate conferences include EuCNC, European
Wireless, Mobile Backhaul Conference, EUCAP, EUMW, ICASSP, VTC, WCNC,
SPAWC and PIMRC as well as ETSI Workshops. To disseminate our results toward
the Asian research community, we are participating to many IEICE events, like the
IEICE General Conference and IEICE SmartCom.
At the end of the first two years of the project, we have submitted/presented thirty-eight
contributions to notable international and domestic conferences, such as IEEE ICASSP
2018, IEEE ICC 2018, IEEE GLOBECOM 2017, EUCNC 2017, IEEE SPAWC 2017,
and IEEE CSCN 2017. The detailed list of contribution is presented in
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Table 9 (Appendix A).
5G-MiEdge partners have also been invited to present the results of our project in
several international conferences, such as IEEE GLOBECOM 2016, IEEE ICC 2017,
and ICC 2018. The detailed list of oral presentations is reported in
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Table 10 (Appendix A).
2.2.3 Workshops and Special Tracks Organization
In order to more effectively disseminate its results, 5G-MiEdge is co-organising
several workshops and special tracks collocated within some of the main international
and domestic conferences. More specifically, workshops and special tracks are planned
to be jointly organized during the project duration with other collaborative research
projects, to exchange ideas not only with other projects, but also with the relevant
industrial stakeholders. These events are advertised on the project website https://5g-
miedge.eu/events/.
During the second year of the project the following events have been co-organised:
5G Test-Beds & Trials – Learnings from implementing 5G (5G-Testbed)
This workshop, co-organized with the EU-Kr project 5G Champion, was hosted in
IEEE Globecom 2017 (http://globecom2017.ieee-globecom.org/workshop/ws-21-
international-workshop-5g-test-beds-trials-learnings-implementing-5g-5g-testbed-
2017). In this workshop, 5G experts had met and exchanged findings, views, and
opinions on current test-beds, trials, early phase products and next generation 5G
features and functionalities. The key objective was to exchange learnings encountered
during practical tests in order to understand where the real challenges, weaknesses but
also strengths of 5G lie and how they can be addressed in the future evolution of the
technology. The workshop included two keynote speeches and two paper sessions,
where nine papers have been discussed.
A detail of the call for paper is given in Figure 9 (Appendix B) and the program of the
workshop is presented in Table 1.
Table 1. The program of “International Workshop on 5G Test-Beds & Trials –
Learnings from implementing 5G (5G-Testbed)”.
8 December 2017
09:00 - 09:05 Introduction by Workshop Chairs
09:05-09:30 Keynote Speech:
"5G: from concepts to field testing" by Geng Wu, INTEL, US
09:30-10:30 Session 1
10:30 – 11:00 Coffee Break
11h00 – 11h15 Keynote Speech
"5G Theory to Practice: Lessons Learned from Massive MIMO and mmWave
Early Trials", Ian Wong, National Instruments, Germany
11:15 - 12:30: Session 2
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SmartCom 2017 -The 4th International Workshop on Smart Wireless
Communications-
The SmartCom 2017 (http://www.ieice-smartcom.info/2017) was co-organized
together with the IEICE Technical Committee on Smart Radio (SR), IEICE Technical
Committee on Short Range Wireless Communications (SRW) and IEICE Technical
Committee on Radio Communication Systems (RCS). In particular, 5G-MiEdge
consortium was invited to organize a special session called “Millimeter-wave and edge
computing”. This two-day event has happened in Rome the 23rd and 24th of October
2017 and has focused on heterogeneous wireless networks, cognitive radio networks
and dynamic spectrum management, communication theory and its application, etc.
After the peer-review process, it has included 4 special sessions, 2 keynote speeches,
and 2 poster sessions. The program of the workshop is presented in Table 2.
We are currently planning to contribute to the SmartCom 2018, which will be held
Bangkok, Thailand (http://www.ieice-smartcom.info/), with one organized Special
Session and one keynote speech delivered by Dr. Emilio Calvanese Strinati.
Table 2. The program of SmartCom 2017.
Mon, Oct 23 2017 Chair: Kentaro Ishizu (NICT, Japan)
09:30-10:15
Keynote speech 1 Chair: Emilio Calvanese Strinati (CEA-LETI, France): Spectrum sharing and networking issues in 5G mmWave cellular networks Prof. Michele Zorzi, The University of Padova, Italy
10:45 - 12:00 Special session 1 Chair: Shigenobu Sasaki (Niigata Univ., Japan)
14:00 - 16:00 Poster & Exhibition 1 Chair: Osamu Takyu (Shinshu Univ., Japan)
16:15 - 17:55 Special session 2 Chair: Gia Khanh Tran (Tokyo Tech, Japan)
Tue, Oct 24 2017
09:00 - 11:05 Special session 3 Chair: Antonio De Domenico (CEA-LETI, France)
11:35 - 12:20
Keynote speech 2
Chair: Takeo Fujii (UEC, Japan): 5G, paving a way to transform the world Dr. Eisuke Fukuda, Fujitsu Laboratories Ltd., Japan
14:00 - 16:00 Poster & Exhibition 2 Chair: Gia Khanh Tran (Tokyo Tech, Japan)
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16:15 - 17:55 Special session 4 Chair: Eisuke Fukuda (Fujitsu Labs., Japan)
18:05 - 18:15 Closing Chair: Suguru Kameda (Tohoku Univ. Japan)
Figure 4. The speakers and the chair of the Special Session 3.
Economics and Adoption of Millimeter Wave Technology in Future
Networks
The workshop has been hosted in IEEE WCNC 2018 in Barcelona on 15-18 April 2018
and co-organized with the TWEETHER [TWEETHER] and ULTRAWAVE
[ULTRAWAVE] projects. The Special Session Workshop on Economics and Adoption
of Millimeter Wave Technology in Future Network aimed at extending and enlarging
the ecosystem discussion to aspects also related to non-technical topics, impacting in
a broad sense the economics of the society, and that will play a big role in the effective
adoption of mmWave technology. The program of the workshop is presented in Table
4, while a detail of the call for paper is given in Figure 10 (Appendix B).
Table 3. The program of the Economics and Adoption of Millimeter Wave Technology
in Future Networks Workshop.
Monday, 16th of April 2018
11:00 -11:30 Millimeter Wave Point to Multipoint for Affordable High Capacity Backhaul of Dense Cell Networks
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François Magne (WHEN-AB & SARL, France); Antonio Ramirez (Fibernova Systems, Spain); Claudio Paoloni (Lancaster University, United Kingdom (Great Britain))
11:30 -12:00 A Two-Hop MIMO Relay Architecture Using LTE and Millimeter Wave Bands in High Speed Trains David Oliva and José I. Alonso (Universidad Politécnica de Madrid, Spain)
12:00 -12:30
Millimeter-waves, MEC, and network softwarization as enablers of new 5G business opportunities Valerio Frascolla and Juergen Englisch (Intel Deutschland Gmbh, Germany); Luca Chiaraviglio and Stefano Salsano (University of Rome Tor Vergata, Italy); Sergio Barberis (Telecom Italia Lab, Italy); Valerio Palestini (Telecom Italia, Italy); Antonio De Domenico (CEA-LETI Minatec, France); Emilio Calvanese Strinati (CEA-LETI, France); Koji Takinami (Panasonic Corporation, Japan); Katsuo Yunoki (KDDI Research, Japan); Kei Sakaguchi (Fraunhofer Heinrich Hertz Institute, Germany); Thomas Haustein (Fraunhofer Institute for Telecommunications, Heinrich-Hertz-Institut, Germany)
WDN-5G: The 11th International Workshop on Evolutional Technologies
& Ecosystems for 5G Phase II
The workshop has been hosted in IEEE ICC 2018 (http://icc2018.ieee-
icc.org/workshop/11th-international-workshop-evolutional-technologies-ecosystems-
5g-phase-ii-wdn-5g). The main objective of the workshop is to offer an opportunity
for academic and industrial researchers to discuss on evolutional technologies and
killer ecosystems for the realization of 5G Phase II, taking into account the
combination of mmWave and MEC, under the support of MEC/SDN technologies.
After the peer-review process, it has included 2 keynote speeches, 18 technical papers
among which 7 papers are presented in an interactive style. One of the two keynote
speeches are from 5G-MiEdge consortium. The program of the workshop is presented
in Table 4, while a detail of the call for paper is given in Figure 8 (Appendix B).
Table 4. The program of WDN-5G 2018.
Sunday, May 20 2018
08:30 -10:15 W07-S1 WDN5G: Keynote AM (Prof. Michele Zorzi) and Technical Paper Session (Beamforming)
11:00 -12:30 W07-S2 WDN5G: Paper Session (Resource Management)
14:00 -15:30 W07-S3 WDN5G: Keynote PM (Prof. Kei Sakaguchi) and Technical Paper Session (Antenna & Propagation)
15:30 -16:30 W07-S-I WDN5G: Interactive Session
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2nd Workshop on business models and techno-economic analysis for 5G
networks
5G-MiEdge has co-organized a half-day workshop hosted at EUCNC 2018
https://www.eucnc.eu/workshops/workshop-4/ in collaboration with the H2020
projects VirtuWind [VirtuWind], 5G-EX [5gex], SPEED-5G [Speed], 5G MonArch
[5GMonArch], and 5GCity [5GCity]. The goal of this workshop is to showcase the
work of 5G-MiEdge and other 5GPPP 2 Phase projects and discuss business and
techno-economic issues of 5G networks. It provides insight on the business impacts
and opportunities from the deployment of 5G networks for all actors in the
telecommunications ecosystem such as verticals, incumbent and new operators,
service providers, application developers, content providers, regulators and equipment
manufacturers. The workshop also addresses aspects related to the techno-economic
analysis of future 5G deployments such as CAPEX and OPEX modeling, demand
models for new services, pricing strategies and charging schemes, including new
methodologies and modeling. It also identifies major challenges of business and
service coordination in the multi-actor 5G services value chain and will depict the
correlation of 5G wholesale services as fundamental building blocks and enablers for
retail markets and verticals.
The program of the workshop is presented in Table 5.
Table 5. The program of “2nd Workshop on business models and techno-economic
analysis for 5G networks”.
18 June 2018
14:00-14:30 Keynote:
Professor Federico Pigni (Grenoble Ecole de Management)
14:30-15:30 Session 1:
Håkon Lønsethagen (Telenor): “Multi-Provider Services and Business
Enablers By The 5G Exchange Service Orchestration”
Carmen Mas Machuca (Technische Universität München): “Techno-
economic evaluation of SDN/NFV applied to Wind Parks”
Valerio Frascolla (Intel): “Limitations and issues of 5G deployments from
the standards and regulatory point of view”
15:30 – 16:00 Coffee Break
16h00 – 17h20 Session 2:
George Agapiou (OTE): “Techno-economic analysis of controller-Coherent
case”
Simon Fletcher (RealWireless): “5G platforms for business value creation”
Theodoros Rokkas (inCITES Consulting): “The neutral host as a driver for
future network deployments”
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Valerio Frascolla (Intel): “Techno-economic aspects of mmWaves and MEC,
two key enablers for 5G networks”
17h20 – 18h00 Closing panel and Q&A:
Chair:
Theodoros Rokkas (inCITES)
Panellists:
Håkon Lønsethagen (Telenor)
Carmen Mas Machuca (Technische Universität München)
Valerio Frascolla (Intel)
Simon Fletcher (RealWireless)
Within the workshop activities, Intel presented “Techno-economic aspects of
mmWaves and MEC, two key enablers for 5G networks”, a joint dissemination action
of the projects TWEETHER, 5GENESIS, and 5G-MiEdge. In relation to 5G-MiEdge,
a SWOT analysis of a subset of the 5G-MiEdge use cases was presented. The
discussion following the presentation gave useful inputs to the ecosystem engagement
of the project partners and stressed once again the importance of the topics worked on
in the project.
2.3 Industrial community
5G-MiEdge targets a constant attendance to the most important industrial events,
participating through the creation of stands, showroom and booths, e.g. in consumer
electronic shows, etc. These events are advertise on the project website https://5g-
miedge.eu/events/.
Industry Panel on V2X for Automated Driving in 4G, 5G and Beyond at
IEEE GLOBECOM 2017
This industry panel was hosted in IEEE GLOBECOM 2017 on December 7th at
Singapore (http://globecom2017.ieee-globecom.org/content/industry-
program/industry-seminars#IPS-02). Prof. Kei Sakaguchi (Tokyo Institute of
Technology, Japan) and Dr. Kim Mahler (Fraunhofer HHI, Germany) from 5G-
MiEdge consortium organized and chaired the half-day seminar with two more
organizers of Prof. Robert Heath Jr. (The University of Texas at Austin, USA) and
Prof. Fredrik Tufvesson, (Lund University, Sweden). The panel was planned to discuss
about V2X for automated driving, which is one of the use cases in 5G-MiEdge project.
The panel gathered the following five distinctive experts from both automotive and
telecom industries to discuss current activities in this field and to find future research
directions related to V2X communications to realize end-to-end solutions for future
mobility and transportation services (see Figure 5). After presenting their talks, the
panelists discussed relevant questions on the topic of automated driving made by the
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chairs. Overall, the panel contributed substantially to the discourse towards a
comprehensive V2X for automated driving.
1. Satoshi Nagata, (NTT docomo, Japan)
2. Kazuaki Takahashi, (Panasonic, Japan)
3. Taro Eichler, (Rohde&Schwarz, Germany)
4. Saradindubasu Saptarshi, (Continental Automotive, Germany)
5. Alexey Khoryaev, (Intel, Russia)
The industry panel “V2X for Automated Driving in 4G, 5G and beyond” won the
“Most Attended Industry Program Award 1st Runner-Up” from the Organization
Committee of IEEE GLOBECOM 2017 (http://globecom2017.ieee-
globecom.org/content/industry-program).
Figure 5. Photo taken in the industry panel on V2X for automated driving in 4G, 5G
and beyond
Industrial Panel on Economics and Adoption of Millimeter Wave
Technology in Future Networks at IEEE WCNC 2018
This industry panel was hosted in IEEE WCNC 2018 on Wednesday the 18th April in
Barcelona, Spain (http://wcnc2018.ieee-wcnc.org/program/panels#p6) and co-
organized with the project TWEETHER [TWEETHER]. The panel was organized by
Valerio Frascola (5G-MiEdge) Intel, Germany, and Claudio Paoloni, Lancaster
University, UK. The panelist were: Emilio Calvanese Strinati (5G-MiEdge) CEA-
LETI, France, Debora Gentina, Huawei Technologies, Italy, Maziar
Nekovee, University of Sussex, UK, Alpaslan Demir, InterDigital, UK, Christos
Verikoukis, CTTC, Spain, and Xavier Flores Romero, Secretariat of
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Telecommunications, Cybersecurity and the Digital Society of the Government of
Catalonia, Spain
This panel focused the attention to aspects not yet touched when discussing a broad
deployment of a new technology, bringing to the next level the mmWave adoption,
especially when one considers to trespass the 100 GHz threshold.
The panel aims at extending and enlarging the ecosystem discussion to aspects mainly
non-related to pure technical topics, which are supposed to impact in a broad sense the
economics of the whole society:
Socio-cultural hurdles for a broad adoption of mmWave links
Business innovation needed for a smooth adoption of new technologies
Return on investment of mmWave deployment for backhaul and access
networks
New technologies that synergize and facilitate the adoption of mmWave
technology
Breakthrough innovations in the mmWave domain
WiGig, WiFi and cellular mmWave access: potential synergies and ROI
differences
Standardization status of mmWave deployment
Regulatory aspects of mmWave deployment
New business opportunities for mmWave adoptions with focus on SMEs
LETI Innovation Days
The LETI Innovation Days is a flagship year event in Grenoble, France. It addresses
how microelectronics is empowering a wide range of technological revolutions that
serves industry, directly affecting our daily lives with new uses. Keynotes and panel
session topics ranged from Big Data, 5G, Bio-inspired circuits, Quantum computer to
Cybersecurity. On June 28-29, 2017, LETI has celebrated its 50th anniversary during
its Innovation Days (http://www.leti-cea.com/cea-tech/leti/english/Pages/What's-
On/Events/Leti-Innovation-Days-Special-50th-Anniversary-Edition.aspx) and during
the second day, focused on “LETI demo immersive exhibition” a talk was devoted to
LETI 5G activities and millimeter-wave technologies, in particular. 5G-MiEdge
preliminary results has been presented during this talk.
The program of the 2017 LETI Innovation Days is presented in Table 6.
Table 6. The program of “50th anniversary LETI Innovation Days”.
June 28, 2017 : Keynote sessions and partners talks
09:15 Welcome
10:00 Introduction: LETI, 50 years of pioneering miniaturization technologies within
CEA
10:20-12:00 PART I: Keynote sessions: Microelectronics, one key enabler to address
tomorrow’s challenges
12:00-14:00 LUNCH BREAK
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14:00-14:20 Keynote : LETI, a Local Player in a Global Game to Meet Tomorrow’s Challenges
14:20-15:30 PART II : Partners Talks
Session 1: The Environmental Transition and Transportation Issues
15:30-16:15 PART II : Partners Talks
Session 2: New Frontiers for Health Care
16:15– 17:00 Coffee Break
17:00 -17:45 Session 3: Micro-nano Pathfinding and the Digital Revolution
17:45-18:15 Keynote : Tomorrow’s Microelectronics, a leader’s vision
18:15 Closing
June 29, 2017 LETI demo immersive exhibition
08:30 Welcome
09:00-9:30 Plenary session:
Technology excellence at LETI
9:30-11:00 Routes to innovation:
First exhibition time
11:00-12:30 Routes to innovation:
Second exhibition time
12:30-14:30 LUNCH BREAK
14:30-15:30 Plenary session
Innovation, what about LETI?
15:30-16:30 Routes to innovation:
Third exhibition time
16:30 Plenary session
Event closing
2.4 Other collaboration activities
One of the 5G-MiEdge project goals is to establish links with other related
collaborative projects in the 5G ecosystem to have both a better knowledge of existing
solutions and to take advantage of possible advances in the considered fields. A special
care will be spent on aligning the course of 5G-MiEdge with other funded projects
running in parallel (see Figure 6), so to avoid overlapping or leaving white spots, which
would reduce the impact of the project, and to foster synergies among projects working
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on related areas. It is worth to highlight that these collaborations are based on strategic
purposes and that are the results of an extensive survey, which has been presented in
D1.1 [D1.1] and D1.2 [D1.2] and continuously updated.
During the second year, these activities have been being carried through several
collaboration actions:
The project has established contacts with two other projects that present
significant synergies with 5G-MiEdge: MiEdge+ (Japan domestic project) and
5G! Pagoda [5G-Pag] (EU-JP collaborative project). MiEdge+ partners were
invited as observers to the 5G-MiEdge general assemblies. A representation of
the cooperation axes and differences between 5G-MiEdge and MiEdge+
projects is shown in Figure 7. Discussions with 5G! Pagoda on joint test-bed
development were also done at the latest GA in Tokyo.
Figure 6. The relations of 5G-MiEdge and the 5G Ecosystem.
5G-MiEdge has established a liaison with several 5GPPP projects and has
participated together with the H2020 projects TWEETHER [TWEETHER]
and ULTRAWAVE [ULTRAWAVE] to the organization of the Special
Session Workshop on “Economics and Adoption of Millimeter Wave
Technology in Future Networks” @WCNC’18 in Barcelona on 15-18 April
(https://5g-ppp.eu/event/workshop-on-economics-and-adoption-of-
millimeter-wave-technology-in-future-networks-wcnc18-cfp-deadline-on-
nov-2nd/). TWEETHER and ULTRAWAVE are both focusing on mmWave
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technologies but at higher frequencies than the 5G-MiEdge project and
specifically TWEETHER develops solution for the realization of the first W-
band (92-95GHz) wireless system for distribution of high speed internet
everywhere. In contrast, ULTRAWAVE is aiming at developing a high
capacity backhaul able to provide more than 100 Gbps per kilometer square in
Point to Multi point at D-band (141 – 174.8 GHz) fed by novel G-band (300
GHz) Point to Point.
Figure 7. Cooperation axes and differences between 5G-MiEdge and the MiEdge+.
5G-MiEdge has co-organized a half-day workshops hosted at EUCNC 2018
(https://5g-ppp.eu/event/5gcity-and-other-5g-ppp-projects-eucnc18/) together
with the EU funded projects VirtuWind [VirtuWind], 5G-EX [5gex], SPEED-
5G [Speed], 5G MonArch [5GMonArch], and 5GCity [5GCity]. Due to
common use cases and close technological developments, of a particular
interest for 5G-MiEdge are the collaboration with SPEED-5G, 5G MonArch,
and 5GCity. Speed 5G solutions related to the usage of shared, unlicensed and
lightly licensed spectrum (below 6 GHz only) are very interesting for the
objectives of 5G-MiEdge. 5G Monarch elasticity mechanisms that aim to
satisfy the requirements related to their “Turist city testbed” can be very much
beneficial for the 5G-MiEdge “Omotenashi services”. Similarly, 5GCity aims
to develop and deploy a solution to allow providers (i.e., municipalities) deploy
basic IT infrastructure to implement novel use cases at a fraction of the cost
and time. Also, we foresee that these smart city technologies can be integrated
successfully in the “Omotenashi services”.
5G-MiEdge has co-organized the 5G-Testbed workshop in IEEE Globecom
2017 together with the EU-Kr collaborative project 5G Champion [5G-
Champ]. Both the projects have as main focus to demonstrate their 5G
mmWave functionalities in the very next years: 5G Champion targets to
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showcase its technology during the Korean Winter Olympic games in 2018
while 5G-MiEdge has the objective to highlight its mmWave and MEC
solution in the Tokyo 2020 Olympic games.
5G-MiEdge has participated to the SPEED-5G workshop “Spectrum
management in 5G+ networks”, London, 07 Mar. 2018 (https://speed-
5g.eu/publications/speed-5g-workshops/workshop-advanced-spectrum-
management-in-5g-networks-london-7th-march-2018/). This workshop was
organized at BT Centre in London and it presented novel results of
international research projects on selected aspects of 5G and beyond networks.
The main focus was on dynamic spectrum access techniques. The workshop
attracted an international audience from both industry and academia. The
invited talk title was "5G-MiEdge - Bridging the gap between 5G and B5G".
Following the participation to the industrial workshop organized by the EU-Br
collaborative project Futebol [Futebol] in 2017 [D5.2], 5G-MiEdge has been
invited to the Industry and Stakeholders panel in the workshop organized by
the project Futebol at EuCNC 2018: “Optical and Wireless Network
Convergence: An enabler for 5G”
(https://www.eucnc.eu/workshops/workshop-5/).
Following the participation of Prof. Salsano as invited speaker at Smartcom
2017, 5G-MiEdge and Superfluidity [Superfluidity] consortia have prepared a
joint paper presented at IEEE WCNC 2018 on the relevant business and
economic aspects of 5G systems [Frascola2018]. The EU-funded research
project Superfluidity has focused on the design of a flexible, agile and high
performance architecture for 5G networks. The key concept is the
decomposition of services and network functions into softwarized components,
called Reusable Functional Blocks that can be deployed on the 5G
infrastructure.
2.5 Dissemination to standards and regulation
The 5G-MiEdge is monitoring the progress and the outcome of standardization bodies
working on topics relevant for the project. When possible the consortium is trying to
push into standards the main results coming out of the project. Such standardization
efforts in the 5G-MiEdge project will be aligned with other H2020 funded 5GPPP
projects in EU as well as 5GMF (5G Mobile Communication Promotion Forum) in
Japan. Regular reports of the main outcomes of standards bodies are shared among the
project partners, so to ensure that the directions taken by the project are aligned with
the on-going 5G standardization activities.
The most relevant standards group for the topics in focus in the project, and therefore
the groups that the project aims at impacting most, are listed in the table below. Other
fora may be identified during the last year of the project.
Table 7.Target standardization bodies and current impact.
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Forum Groups 5G-MiEdge contributions Partners Status
3GPP SA1 Use cases and scenarios for the
forthcoming 5G system architecture.
Intel, FHG 6
contributions.
3GPP RAN
groups
Impact of the newly proposed control
plan on the access strata of the 3GPP
access technologies.
Intel, FHG Under
Monitoring.
3GPP CT groups Potential impact on the upper layers of
the wireless protocol stacks coming out
of the newly proposed orchestration
procedures.
Intel Under
Monitoring.
ETSI ISG MEC Improvements on ETSI Architecture.
Potential definition of a new PoC.
Intel Under
Monitoring.
ISG ENI Propose new AI solutions for mmWave
communication technologies. Propose
new use cases.
CEA Under
Monitoring.
IEEE 802.11 Propose invented schemes of mmWave
as functionalities for 5G architecture.
PANA Under
Monitoring.
In addition to standards, another important aspect for achieving an effective
deployment of a new technology is the alignment and potentially the impact on
regulatory bodies. The availability of new spectrum and a different use of the existing
one are key enabling aspects for mmWave technologies. Therefore 5G-MiEdge will
tightly monitor and support the work that is starting in regulatory bodies in preparation
of the WRC 2019. More specifically, during the last year of the project, we plan a
meeting with European regulators (likely Ofcom and ANFR, with which the first
contact already started), to present the major 5G-MiEdge results.
We would like to recall that the project made 6 contributions to 3GPP SA1 in its first
year and as a result of these contributions, 5G-MiEdge studies have impacted two
3GPP documents.
• 3GPP TR22.886, V15.1.0, "Study on enhancement of 3GPP support for 5G
V2X services," Mar. 2017.
• 3GPP TS22.186, V15.1.0, "Service requirements for enhanced V2X
scenarios," June 2017.
3 Updated Exploitation plans
The 5G-MiEdge consortium was carefully constructed partner-wise to ensure the
presence of several different business segments: operators, equipment manufacturers,
infrastructure component suppliers, academia, and research centers. Their diversity in
expertise, focus areas, business aspects and working methods increases the probability
of a successful impact on the worldwide market of the technologies proposed by the
project. Such diversity also implies that different approaches will be followed by the
consortium partners for an effective exploitation of the project results. It is worth to
underline that 6 patents have been filed at the time being, respectively from PANA,
CEA, and TTech. In addition, there is an ongoing engagement with the Brasilian
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company VALE (www.vale.com) on 5G-MiEdge use cases and relevant enabling
technologies.
Particular attention is related to the 5G-MiEdge use cases presented in D1.1 [D1.1]
and the associated preliminary business opportunities presented in D1.2 [D1.2]. A
thorough analysis of the business impact will be presented in the third year of the
project, when finalized technical results are available. The following main exploitation
streams have been identified at the moment:
1. Equipment vendors (Intel, PANA): leveraging on the acquired knowledge
of the state of the art of the technologies in focus and having a very deep
outstanding expertise in innovation and pre-development activities will
ensure an appropriate feasibility analysis of the future technologies. The
outcomes of the project will be used to better understand both new customer
requirements and the impact of the enabling 5G technologies on the current
products, as well as being enabled to launch new products with appealing
features to the international markets fuelling competition. The technological
know-how build-up in the project will provide a competitive advantage
versus the other companies not involved in the project. Indeed, the
possibility of filing new patents to protect the newly developed technologies
is an additional key aspect in the exploitation of the project results. PANA
has filed three patents (one in the first year and two in the second year)
related to the work produced in WP2. PANA is successfully showcasing the
results generated in the framework of 5G-MiEdge during multiple industrial
events, such at the WTP 2017.
2. Telecom operators (TI, KLAB): The project results could be reflected as a
guidance of their future deployment plan for their infrastructures and new
services. In this context, the testing activity that will be performed by the
Innovation Dept. of TI on the new antenna prototypes at mmWave
(developed within the project) could give useful hints.
3. Research institutes (FHG, CEA): working on the project topics will
contribute to increase their knowledge on the future network design for
better understanding of current industry needs, and to identify new
challenges and focus for future research activities. The obtained knowledge
is already used as a background for transferring new technological solutions
to their industrial partners, in particular network vendors, telecom operators,
service providers and others. Thanks to the results obtained in 5G-MiEdge,
CEA is starting new research topics for enabling ultra- broadband
communications in frequency bands higher than those considered by 5G-
MiEdge. CEA has filed a patent related to the studies carried out in 5G-
MiEdge in WP2 (in the first year of the project) and another one (in the
second year of the project) related to the studies on WP3. CEA has
showcased the first results originated in the framework of 5G-MiEdge in the
CEA LETI Innovation Days yearly event. Also, CEA is starting to
participate to the ETSI ENI ISG, where CEA is planning to exploit the
results from 5G-MiEdge related to artificial intelligence for wireless
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networks. Similarly FHG is successfully disseminating results related to 5G-
MiEdge in the 3GPP framework.
4. Universities (URom, TTech): will generate new patents from their research
results and spread their values to the industry and the society through major
international conferences, workshops and journals. The possibilities to
introduce latest project research results in the education courses of students
at the university are also paramount aspects of the exploitation of the project
results. During the second year of the project TTech has filed on patent based
on its results on WP1 and WP3.
4 Conclusion
This deliverable offers an overview of the dissemination, standardisation and
exploitation plans and results of the 5G-MiEdge project after the first two years of the
project. It also provides future plans in the mentioned areas. The main areas reported
are the following:
• Update of the project website and dissemination through press releases and
articles for generic public.
• Monitoring and contributions to relevant standardisation bodies. The project,
through the participating companies, is involved in 3GPP, IEEE, and ETSI groups. In
the first year, 5G-MiEdge has presented six contributions to the 3GPP SA1. Following
these contributions, 5G-MiEdge studies are reflected in one 3GPP Technical Report
[TR22.886] and one Technical Specification [TS22.186].
• Publication of project technical achievements in peer-reviewed technical
journals and magazines. Five articles have been accepted to different journals during
the first two years and one book chapter has been published.
• Participation and contribution to international conferences, symposia, and
summits. The project has been present in some of the most relevant international
technical conferences, with thirty-eight papers accepted or submitted so far.
• Organisation and co-organisation of workshops. The project has co-organised
three workshops and one special track, two of these have been co-located with the
IEEE ICC 2017 and 2018 and IEEE GLOBECOM 2017. To strengthen the
collaboration between Asian (Japan particularly) and UE wireless research
communities, the project is participating in the organization of the SmartCom
workshop (2017 and 2018).
• Dissemination to three notable industrial events during IEEE Globecom 2017,
IEEE WCNC 2018, and LETI Innovation days 2017.
• Exploitation plans, both in terms of potential development of new products and
services, and also exploitation of the knowledge generated. Six patents have been filed
so far by the project members.
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5 Appendix A: Dissemination activities during the
project first two years
Table 8 Journals produced during the first two years of the project.
Publication Title Author(s) Status Related
WP
1
IEEE Wireless Communications
Magazine, Volume: 24, Issue: 4, Aug. 2017
Making 5G Millimeter Wave Communications
a Reality A. De Domenico et al. Accepted All
2 IEEE Trans. On Wir. Coms, 17 (5), 3154-
3169, 2018.
Coverage Analysis and Load Balancing in
HetNets with mmWave Multi-RAT Small Cells
G. Ghatak, A. De Domenico, and M. Coupechoux
Accepted WP2
3
IEICE journal IEICE Trans. Electron., vol. E100-C, no. 10, pp. 790-808, Oct. 2017
Where, When, and How mmWave is Used
in 5G and Beyond
K. Sakaguchi, T. Haustein, S. Barbarossa, E. Calvanese Strinati,
A.Clemente, G. Destino, A. Pärssinen, I. Kim, H. Chung, J. Kim,
W. Keusgen, R. J. Weiler, K.Takinami, E. Ceci, A. Sadri, L.
Xain, A. Maltsev, T. Gia Khanh, H. Ogawa, K. Mahler, R. W. Heath Jr
Accepted All
4
Journal of IEICE, vol. 100, no. 8, pp. 825-
830, Aug. 2017
How Do We Use Spectrum More
Efficiently
Kei Sakaguchi Accepted All
5
ICL Journal #173 Meshed 5G Millimeter-wave Backhaul Networks with
centralized SDN Orchestration
Konstantin Koslowski, Wilhelm Keusgen, Thomas Haustein
Accepted WP2
6
Book Chapter in "Cooperative and
Graph Signal Processing," Eds.,
Elsevier, 2018
The edge cloud: A holistic view of
communication, computation and
caching
S. Barbarossa, S. Sardellitti, E. Ceci and M. Merluzzi
Published WP2/WP3
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Table 9 Conference papers produced during the first two years of the project. Event Date Location Type of
contribution
Title Author(s) Status Related WP
1 IEEE Globecom
2017 12/2017
Singapore
Conference
Modeling and Analysis of HetNets with mm-
Wave Multi-RAT Small Cells Deployed
Along Roads
G.Ghatak, A.De
Domenico, and M.
Coupechoux
Accepted WP2
2 Proc. of WDN-5G@ IEEE ICC
2017 5/2017
Paris, France
Conference
Enabling effective
Mobile Edge Computing
using millimeter wave links
S. Barbarossa, E. Ceci,
M. Merluzzi,
E. Calvanese-Strinati
Accepted WP2
3 EUCNC 2017 6/2017 Oulu,
Finland Conference
Overbooking radio and
computation resources in
mmW-Mobile Edge
Computing to reduce
rulnerability to channel
intermittency
S. Barbarossa, E. Ceci,
M. Merluzzi
Accepted WP3
4 IEEE APWCS
2016 8/2016
Tokyo Japan
Conference
Evaluation of mmWave
overlaid 5G heterogeneo
us cellular networks -
Suitable frequency bands for
different 5G KPIs
G. K. Tran, H.
Shimodaira, K.
Sakaguchi
Accepted WP1
5 WPMC 2016 11/2016 Shenzhen, China
Conference
Toward the Realization of
mmWave based 5G Cellular
Networks
G. K. Tran, K.
Sakaguchi, M. Ando
Accepted All
6 Proc. of WDN-5G@ IEEE ICC
2017 5/2017
Paris, France
Conference
Traffic Adaptive
Formation of mmWave
H. Ogawa, G. K. Tran,
K. Sakaguchi
Accepted WP2
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Meshed Backhaul Networks
, T. Haustein
7 IEEE SPAWC
2017 7/2017
Hokkaido Japan
Conference
mmWave meshed
network with traffic and
energy management mechanism
K. Sakaguchi
, G. K. Tran, H. Ogawa
Accepted WP2
8 RCS Technical
Committee, IEICE technical report
10/ 2016 Tokyo Japan
Technical report
Technical Challenges to
Realize mmWave based 5G Cellular
Networks
G. K. Tran, K.
Sakaguchi, K. Araki, M Ando,
J. Hirokawa,
K. Fukawa,
Y. Y. Chang, J.
Takada, K. Saito, A.
Matsuzawa, K.
Okada, M. Miyahara
Accepted All
9 RCS Technical
Committee, IEICE technical report
3/ 2017 Tokyo Japan
Technical report
Scheduling of Prefetching
for 5G Cellular
Networks using Mobile Edge Cloud
H. Nishiuchi, G. K. Tran,
T. Taniguchi, K. Araki,
K. Sakaguchi
Accepted WP3
10 RCS Technical
Committee, IEICE technical report
5/ 2017 Tokyo Japan
Technical report
5G-MiEdge -- Millimeter-wave Edge Cloud as an Enabler for
5G Ecosystem
K. Koslowski, J. Pilz, R. Weiler,
W. Keusgen,
T. Haustein, G. K. Tran, H. Ogawa,
H. Nishiuchi,
T. Tomura, K Sakaguchi
Accepted All
11 IEEE CSCN 2017 9/2017 Helsinki Conference 5G-MiEdge:
Design, Standardizati
V. Frascolla,
F. Accepted WP1
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on and Deployment
of 5G Phase II Technologies
Miatton, T. Gia
Khanh, K. Takinami,
A. De Domenico
, E. Calvanese Strinati,
T.Haustein,
K.Sakaguchi,
S.Barbarossa, S.
Barberis
12 IEICE Society Conference
09/2017 Rome, Italy
Conference
60 GHz Multi User Gigabit
Data Transfer System Based
on WiGig/IEEE 802.11ad
Koji Takinami, Tomoya
Urushihara,
Masashi Kobayashi, Naganori Shirakata
Accepted WP2
13 SmartCom2017 10/ 2017 Rome, Italy
Poster
Cooperative WiGig/Wi-Fi Multi-User
Content Delivery
System with Application-
Centric Connection
Management
M. Kobayashi
, T. Urushihar
a, N. Shirakata,
K. Takinami
Accepted WP2
14 SmartCom2017 10/ 2017 Rome, Italy
Poster
10 Gbps Ultra-High-
Speed Wireless
Data Transfer System with
Adaptive Data Stream Control for 5G Mobile Edge Cloud
T. Urushihar
a, M. Kobayashi
, N. Shirakata,
K. Takinami
Accepted WP2
15 SmartCom2017 10/ 2017 Rome, Italy
Poster
Architecture Study on 5G
Networks with Edge
Computing and D2D for Improving
Katsuo Yunoki, Koichiro
Kitagawa, Takashi
Fujimoto, Bingxuan
Accepted WP3
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Communication Quality
Zhao, Ryochi
Kataoka, Hiroyuki Shinbo
16 IEEE
Globecom2017 WS-5GTestbed
Dec. 2017 Tokyo, Japan
Conference
Turning the knobs on
OpenFlow-based
resiliency in mmWave small cell meshed
networks
Ricardo Santos, Hiroaki Ogawa,
Gia Khanh Tran, Kei
Sakaguchi, Andreas
Kassler
Presented WP4
17 IEICE SR
Technical Committee
May. 2017
Honululu,
Hawai,USA
technical report
5G-MiEdge -- Millimeter-wave Edge Cloud as an Enabler for
5G Ecosystem --
K. Koslowski
et al. Presented All
18 IEEE IMS2017 Jun. 2017 Okinawa, Japan
Conference
MiEdge: Fusion of mmWave
Access and Mobile Edge Computing
for 5G
K. Sakaguchi
Presented All
19
Japan-China Workshop on the Next Generation
Mobile Communication Technology and
Application
Jun. 2017. Okinawa, Japan
Conference
Integration of mmWave
Access and Backhaul
Networks for 5G & Beyond
Gia Khanh Tran, Kei
Sakaguchi, Makoto
Ando
Presented All
20 5G Taipei Summit
Sep. 2017 Taipei, Taiwan
Conference
The Challenge
and Proposition of mmWave
in 5G
K. Sakaguchi
Presented All
21 IEEE ATC2017 Oct. 2017 Quynho
n, Vietnam
Conference
[Invited] mmWave
Heterogeneous Networks
in 5G & Beyond
Gia Khanh Tran, Kei
Sakaguchi, Makoto
Ando
Presented All
22 IEICE RCS2017-
185 Oct. 2017
Sendai ,Japan
technical report
Applications of mmWave Heterogeneous Network
in 5G --
Kei Sakaguchi
Presented WP1
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mmWave meshed network, mmWave
Edge Cloud, mmWave
V2V/V2X --
23 IEICE Gen. Conf.'2018
Mar. 2018 Tokyo, Japan
Conference
Proposal of Prefetching
Algorithm for 5G mmWave HetNet under
Backhaul Constraint
Hiroaki Nishiuchi, Gia Khanh Tran, Kei
Sakaguchi
Presented WP3, WP4
24 IEICE Gen. Conf.'2018
Mar. 2018 Tokyo, Japan
Conference
Study on Interference Management
for Millimeter-Wave Mesh
Backhaul Networks
Makoto Nakamura
, Gia Khanh
Tran, Kei Sakaguchi
Presented WP2, WP4
25 IEICE SmartCom
2017 Oct. 2017
Rome, Italy
technical report
[Invited] 5G-MiEdge:
Introduction of
Millimeter-Wave Edge
Cloud
Koji Takinami, Antonio
De Domenico
, Konstanti
n Koslowski, Gia Khanh
Tran, Yuyuan Chang, Hiroaki Ogawa, Mattia
Merluzzi, Sergio
Barbarossa
Presented WP2
26 IEICE SmartCom
2017 Oct. 2017
Rome, Italy
technical report
[Invited] Use cases and scenario resulting
from merging mmWave
access with Multi-access
Edge Technologies
Valerio Frascolla,
Kei Sakaguchi
, Sergio Barbarossa, Antonio
De Domenico
, Sergio Barberis,
Presented WP1
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Gia Khanh Tran, Koji Takinami, Thomas Haustein
27 IEICE SmartCom
2017 Oct. 2017
Rome, Italy
Poster
Performance Evaluation of Prefetching
Algorithm for 5G mmWave Edge Cloud
Hiroaki Nishiuchi, Gia Khanh Tran, Kei
Sakaguchi
Presented WP3, WP4
28 IEEE BMSB 2018 Feb. 2018 Valencia, Spain
Conference
SDN Orchestration to Optimize
Meshed Millimeter-
Wave Backhaul
Networks for MEC-
enhanced eMBB Use
Cases
Konstantin
Koslowski, Ricardo Santos,
Kei Sakaguchi, Thomas Haustein, Wilhelm Keusgen, Andreas Kassler, Hiroaki Ogawa, Makoto
Nakamura and Yu
Tao
Presented WP2/WP4
29 ICC Workshops (WDN-5G) 2018
May 2018
Kansas City, MO, USA
Conference
Optimal Association of Mobile Users to
Multi-access Edge
Computing Resources
Stefania Sardellitti,
Mattia Merluzzi,
and Sergio
Barbarossa
Presented WP2/WP3
30 ICC Workshops (WDN-5G) 2018
May 2018
Kansas City, MO, USA
Conference
Architecture of mmWave
edge cloud in 5G-MiEdge
Gia Khanh Tran,
Hiroaki Nishiuchi,
Valerio Frascolla,
Koji Takinami, Antonio
De Domenico
, Emilio Calvanese Strinati, Thomas
Presented All
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Haustein, Kei
Sakaguchi, Sergio
Barbarossa, Sergio Barberis, Katsuo Yunoki
31 IEEE_DSW2018 June 2018
Lausanne,
Switzerland
Conference
Learning from Signals Defined over
Simplicial Complexes
Sergio Barbaross
a, Stefania
Sardellitti, and Elena
Ceci
Presented WP2/WP3
32 IEEE ICASSP 2018 15-20 April
2018
Calgary, Alberta, Canada
Conference
Small Perturbation Analysis of Network
Topologies
Elena Ceci and
Sergio Barbaross
a
Presented WP2/WP3
33 IEEE WCNC 2018
WS April 2018
Barcelona Spain
Conference
Millimeter-waves, MEC, and network softwarizatio
n as enablers of new 5G business
opportunities
Valerio Frascolla
et al. Accepted WP1
34 EUSIPCO 2018 Sept. 2018 Rome, Italy
Conference
Proactive computation
caching policies for
5G-and-beyond
mobile edge cloud
networks
N. di Pietro and
E. Calvanese
Strinati
Accepted WP3
35 IEEE VTC fall
2018 Aug. 2018
Chicago, USA
Conference
Analytical Characterizat
ion of Cell Load in mm-
wave
Gourab Ghatak, Antonio
De Domenico
, and Marceau
Coupechoux
submitted WP2
36 IEEE VTC spring
2018 Jun. 2018
Porto, Portugal
Conference
Performance Evaluation of 5G mmWave Edge Cloud
with
H. Nishiuch, G.K. Tran,
K. Sakaguchi
Presented WP3/WP4
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Prefetching Algorithm
37 IEEE VTC fall
2018 Aug. 2018
Chicago, USA
Conference
Interference Management
for Millimeter-wave Mesh
Backhaul Networks
M. Nakamura
, G.K. Tran, K.
Sakaguchi
submitted WP2
38 EUSIPCO 2018 Sept. 2018 Rome, Italy
Conference
Joint optimization
of caching and transport in proactive edge cloud
S. Sardellitti,
F. Costanzo,
and M. Merluzzi
Accepted WP3
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Table 10. Presentations given during the first two years of the project.
Event Date Location Type of contribution
Title Author(s)
1 IEICE MWP Technical Workshop
1/2017 Mie, Japan Presentation
60 GHz band wireless access technology based on IEEE 802.11ad/WiGig and its future perspectives
Koji Takinami, Naganori Shirakata and Kazuaki Takahashi
2 CoCoRa 2017
4/2017 Venice Italy Presentation Merging mmWave and MEC in Future 5G networks
S. Barbarossa
3 EUCNC 2017
6/2017 Oulu, Finland Presentation On the Benefits of Merging MEC and mmWave Technologies
S. Barbarossa
4 EuMW 2016
10/2016 London England
Presentation Millimeter-wave for 5G from MiWEBA to 5G-MiEdge
Kei Sakaguchi
5 FUSECO Forum 2016
11/2016 Berlin, Germany
Presentation mmWave Access/Backhaul Integrated 5G Heterogeneous Networks
G. K. Tran, K. Sakaguchi, M Ando
6 Asilomar 2016, IEEE
11/2016 USA Presentation
mmWave overlaid 5G heterogeneous cellular networks - From central resource management to distributed edge cloud
K. Sakaguchi, G. K. Tran, T. Haustein
7 IEEE Globecom 2016
12/2016 USA Presentation
Millimeter-wave small cells vs. below 6GHz Massive MIMO –which can give greater value?
K. Sakaguchi
8 IEEE IMS 2017
6/ 2017 USA Presentation MiEdge: Fusion of mmWave Access and Mobile Edge Computing for 5G
K. Sakaguchi
9 WoWMoM 2017, SCN workshop
6/ 2017 Macau Presentation
Paving the Way to the Realization of 5G Cellular Networks based on mmWave Small Cell Networking
Gia Khanh Tran
10
IEICE Smart Radio Technical Expo. 2017
5/2017 Tokyo, Japan Presentation 60 GHz Multi User Gigabit Data Transfer System for 5G Mobile Edge Cloud
Tomoya Urushihara, Masashi Kobayashi, Naganori Shirakata and Koji Takinami
11
IEICE Smart Radio Technical Expo. 2017
5/2017 Tokyo, Japan Presentation 5G-MiEdge –Millimeter-wave Edge Cloud as an Enabler for 5G Ecosystem--
K. Koslowski, J. Pilz, R. Weiler, W. Keusgen, T. Haustein, G.K. Tran, H. Ogawa, H. Nishiuchi, T. Tomura, K. Sakaguchi
12 COCORA 4/2017 Venice, Italy Presentation
From concept to deployment: the visions of the 5GCHAMPION and 5G-MiEdge projects (Olympic Games are coming …)
Valerio Frascolla
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13 COCORA 4/2017 Venice, Italy Presentation Resource and spectrum management -an European research projects survey
Valerio Frascolla
14
IEEE ICC 2017, P5: Practical Issues on mmWave Communications: Current Status and Future Technologies
5/ 2017 Paris, France Panel Partecipation
mmWave use cases: the visions of the 5G-MiEdge and 5GCHAMPION projects
Valerio Frascolla
15
EU-Br project FUTEBOL Industrial Panel
6/2017 Brasilia, Brasil Panel Partecipation
5G use cases for Olympic gamesThe visions of the projects 5GCHAMPION and 5G-MiEdge
Valerio Frascolla
16 Cleen Workshop
6/2017 Turin, Italy Keynote
Merging millimeter-wave and mobile edge computing technologies in 5G networks: Opportunities and challenges
Sergio Barbarossa
17 Cleen Workshop
6/2017 Turin, Italy Panel Moderator
Cloud Technologies and Energy Efficiency in Mobile Communication Networks
E. Calavanese Strinati
18 EUCNC Workshop
6/2017 Oulu Finland Keynote Benefit of merging MEC and mmWave technologies
Sergio Barbarossa
19
The IEICE Communications Society Conf. ,BP-4-1
9/2017 Tokyo, Japan Panel discussion
Millimiter-wave Application in 5G and Beyond
K. Sakaguchi
20
IEICE Mobile Communication Workshop
2/2018 Kanagawa,Japan
Keynote mmWave V2V2X for Automated Driving
Kei Sakaguchi
21 SmartCom2017
10/ 2017
Rome Presentation
5G-MiEdge: Introduction of Millimeter-Wave Edge Cloud, a Key Technology for 5G Phase II Deployment
Koji Takinami, Antonio De Domenico, Konstantin Koslowski, Khanh Tran Gia, Yuyuan Chang, Hiroaki Ogawa, Mattia Merluzzi, Sergio Barbarossa
22 SmartCom2017
11/ 2017
Rome Presentation
Research Challenges of Computation Resource Integration into Mobile Network
Katsuo Yunoki, Sergio Barbarossa, E. Calvanese Strinati, Valerio Frascolla
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22
SPEED-5G WS on Advanced spectrum management in 5G+ networks
3/2018 London England
Presentation 5G-MiEdge Bridging the gap between 5G and B5G
Valerio Frascolla
23
ICC Workshops (WDN-5G) 2018
5/2018 Kansas City, MO, USA
Keynote Cooperative Perception realized by Millimeter-wave V2V2X
Kei Sakaguchi
24
IEICE General Conference 2018
3/2018 Tokyo, Japan Presentation Control method for resource utilization of edge computing in 5G
Katsuo Yunoki, Hiroyuki Shinbo
25
EuCNC 2018 WS: Optical and Wireless Network Convergence: An Enabler for 5G
6/2018 Ljubljana, Slovenia
Panel Partecipation
5G use cases for Olympic games The visions of the projects 5GCHAMPION and 5G-MiEdge
Valerio Frascola
26
EuCNC 2018 WS: 2nd Workshop on business models and techno-economic analysis for 5G networks
6/2018 Ljubljana, Slovenia
Presentation
Limitations and issues of 5G deployments from the standards and regulatory point of view
Valerio Frascola
27
EuCNC 2018 WS: 2nd Workshop on business models and techno-economic analysis for 5G networks
6/2018 Ljubljana, Slovenia
Presentation Techno-economic aspects of mmWaves and MEC, two key enablers for 5G networks
Valerio Frascola
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28
EuCNC 2018 WS: 2nd Workshop on business models and techno-economic analysis for 5G networks
6/2018 Ljubljana, Slovenia
Panel Partecipation
Closing panel of the WS Valerio Frascola
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6 Appendix B: Co-organized Workshops and Special
Tracks
Figure 8. A detail of the CFP of WDN-5G 2018.
Figure 9. A detail of the CFP of 5G-Testbed hosted at IEEE Globecom 2017.
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Figure 10. A detail of the CFP of the workshop “Economics and Adoption of Millimeter
Wave Technology in Future Networks” hosted at IEEE WCNC 2018.
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7 References
[5G-MiEdge] 5G-MiEdge project website. Available online at: 5g-miedge.eu
[TR22.886] 3GPP TR22.886, V15.1.0, "Study on enhancement of 3GPP support for 5G V2X
services," Mar. 2017.
[TS22.186] 3GPP TS22.186, V15.1.0, "Service requirements for enhanced V2X scenarios," June
2017.
[D1.1]
[DAP]
5G-MiEdge public deliverable D1.1. Available online at 5g-miedge.eu
https://dataanalyticspost.com/edge-computing-cles-traitement-donnees-de-smart-city/
[electronica] http://blog.electronica.de/en/2017/07/04/trend-tactile-internet-the-magic-of-real-time/
[FMFA] https://www.ituaj.jp/wp-content/uploads/2017/08/2017_08-08-Spot-Global5GEvent-
1.pdf
[TTech] https://www.sakaguchi-lab.net/2018/05/18/4th-5g-miedge-ga/
[5G-Champ] http://www.5g-champion.eu/
[VirtuWind] http://www.virtuwind.eu/
[ULTRAWAVE] https://ultrawave2020.eu/
[5gex] http://www.5gex.eu/
[Speed] https://speed-5g.eu/
[coherent] http://www.ict-coherent.eu/
[Futebol] http://www.ict-futebol.org.br/
[TWEETHER] https://tweether.eu/
[D1.2]
5G-MiEdge public deliverable “D1.2 Mid-term report on joint EU/JP vision, business
models and eco-system impact”, June 2017. Available online at 5g-miedge.eu
[5GCity] https://www.5gcity.eu/
[D5.1] 5G-MiEdge public deliverable “First report on dissemination, standards, regulation and
exploitation plan”, June 2017. Available online at 5g-miedge.eu
[5GMonArch] https://5g-monarch.eu/
[Superfluidity] https://superfluidity.eu
[Frascola2018]
V. Frascola et al. “Millimeter-waves, MEC, and network softwarization as enablers of
new 5G business opportunities,” Economics and Adoption of Millimeter Wave
Technology in Future Networks in conjunction with IEEE WCNC 2018, Barcelona,
Spain, 2018.