JAIST Repository
https://dspace.jaist.ac.jp/

Title

Final Dissemination, Standardization and
Exploitation Report

Author(s)Yi, Na; Hou, Jiancao; Khalife, Hicham; He,
Jiguang; Natkaniec, Marek; Wolf, Albrecht;
Kuehlmorgen, Sebastian; Kaeske, Martin; Tervo,
Valtteri; Matsumoto, Tad

Citation

ICT‑ 619555 RESCUE D5.6 Version 1.0: 1‑27

Issue Date

2016‑11Type

Research Paper

Text version

publisher

URL

http://hdl.handle.net/10119/13799

RightsThis material is posted here by permission of the
EU FP7 RESCUE Project. http://www.ict‑rescue.eu/
RESCUE is founded by the European Commission
under the 7th Framework Programme,Theme 3‑"ICT"call FP7‑ICT‑2013‑11,Work Programme Topic
1.1"Future Networks"

Description

Japan Advanced Institute of Science and Technology

RESCUE

D1.1 Version 1.0

ICT- 619555 RESCUE
D5.6 Version 1.0
Final Dissemination, Standardization and Exploitation Report

Contractual Date of Delivery to the CEC: 11/2016
Actual Date of Delivery to the CEC:
Editor:Jiancao Hou

Authors:

Na Yi, Jiancao Hou, Hicham Khalife, Jiguang He, Marek Natkaniec,
Albrecht Wolf, Sebastian Kuehlmorgen, Martin Kaeske, Valtteri Tervo,
Tad Matsumoto

Participants:(UNIS, TCS, AGH, JAIST, TUD, UOULU, TUIL)Work package:

WP5 – Dissemination, standardisation and exploitation

Estimated person months:

7

Security:PU

Nature:R

Version:

1.0 (2 digits separated by a dot. The first digit is 0 for draft, 1 for projectapproved document, 2 or more for further revisions requiring approval by
the project)

Total number of pages:

27

Abstract:
This document summarizes the information on the dissemination and exploitation activities that havetaken place during the RESCUE project. Through the academic dissemination and exploitation activities,RESCUE has (co)-organised and participated at workshops, organised a summer school, publishedresearch results, engaged in teaching and training of students, participated in EC activities, and setup aproject website, twitter account, LinkedIn group and YouTube channel. Among the dissemination andexploitation in standardisation and regulation, RESCUE has provided contributions to ITU-R and 3GPP
meetings, and delivered the impact of RESCUE research to industry and economics.
Keyword list:
Academic, dissemination, exploitation, workshop, conference, journal.
Disclaimer:

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Executive Summary
This document describes the activities for dissemination and exploitation of academic
research that has been conducted in the RESCUE project. The project proposes theintegrated “links-on-the-fly” concept, which encompasses the key technologies of
distributed joint source/channel coding, to achieve successful and robust informationtransfer through multi-path networks, , such as public safety scenario or vehicle-tovehicle (V2V) scenario, which are constructed from lossy point-to-point links.
The research results have been published in many world leading journals, conferences
and workshops. The number of publications is 17 journal papers and 51
conference/workshop papers. This report details the RESCUE project publications aswell as the dissemination locations. For instance, RESCUE has (co)-organised aworkshop with DIWINE in conjunction with ICC 2015 another workshop in
conjunction with the European Wireless conference in 2016, and organised summer
school in 2015 in Oulu, Finland.
Moreover, RESCUE has engaged in teaching and training of students in the form of
lectures, tutorials, and by conducting research work in M.Sc. and Ph.D. courses. In
addition, RESCUE has participated in EC activities (e.g. EUCNC conference, RAS
cluster meetings), set up a project website, Twitter account, LinkedIn group andYouTube channel. These activities were successfully conducted and providing great
publicity to the project.
Among the dissemination and exploitation in standardisation and regulation, RESCUE
has also provided its contributions to ITU-R and 3GPP meeting, and delivered theimpact of RESCUE research to industry and economics.

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Authors
PartnerName

Phone / Fax / e-mailUniversity of Surrey(UNIS)Na Yi
Jiancao Hou

Phone: +44 1483 68 4703
e-mail : n.yi@surrey.ac.uk
e-mail : j.hou@surrey.ac.uk

AGH University of Scienceand Technology(AGH)

Marek Natkaniec

e-mail : natkanie@kt.agh.edu.pl

University of Oulu
(UOULU)

Valtteri Tervo
Jiguang He

e-mail : valtteri.tervo@oulu.fi
e-mail : jhe@ee.oulu.fi

Technical University Dresden Albrecht Wolfe-mail : albrecht.wolf@ifn.et.tu-dresden.de(TUD)
Sebastian Kühlmorgen e-mail : sebastian.kuehlmorgen@tu-dresden.de

Japan Advanced Instituteof Science and Technology(JAIST)

Tad Matsumoto

e-mail : matumoto@jaist.ac.jp

Technical University Ilmenau Martin Kaeske(TUIL)

e-mail : martin.kaeske@tu-ilmenau.deThales Communications &Security(TCS)

e-mail : hicham.khalife@thalesgroup.com

Hicham Khalifé

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Table of Contents
Executive Summary ......................................................................................... 2
Authors.............................................................................................................. 3
Table of Contents ............................................................................................. 4
List of Acronyms and Abbreviations .............................................................. 5
1. Introduction ................................................................................................. 6
1.1
1.2
1.3

RESCUE Motivation and Objective ............................................................................................ 6
Objective of the Document .......................................................................................................... 6
Structure of the Document ........................................................................................................... 7

2. RESCUE Dissemination Activities ............................................................. 7
2.1

RESCUE Internet Dissemination Activities ................................................................................ 7
2.1.1 RESCUE Project Website ................................................................................................... 7
2.1.2 Social Network Profiles Management ................................................................................. 7
2.2 RESCUE Dissemination and Training Activities ........................................................................ 8
2.3 RESCUE Demonstrations and Workshops .................................................................................. 8
2.4 RESCUE Other Activities ......................................................................................................... 10

3. RESCUE Standardization Activities ........................................................ 11
3.1
3.2

TUD Standardization Activities ................................................................................................ 11
AGH Standardization Activities ................................................................................................ 11

4. RESCUE Exploitation Activities ............................................................... 12
5. Conclusion ................................................................................................ 13
6. References................................................................................................. 14
A.1 Conference and Workshop Papers ........................................................ 15
A.2 Journal Papers ......................................................................................... 20
B.1 Training of Students ................................................................................ 23
B.2 Lectures and Tutorials ............................................................................ 24
C.1 Talks and Presentations.......................................................................... 25

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List of Acronyms and Abbreviations
Term
3GPP
5GIC
AFI
AGH
CAMAD
DIWINE
EC
ETSI
EU
EuCAP
EuCNC
EW
FP7
GSs
ICC
ICCS
IEEE
IETF
ITU-R
ISITA
JAIST
MAC
M.Sc.
Ph.D.
PHY
PIMRC
RESCUE
SPAWC
TC
TS
TUD
UNIS
UOULU
V2V
VTC
WCNC
WP

Description
3rd Generation Partnership Project
5G Innovation Centre
Autonomic Future Internet
AGH University of Science and Technology
International Workshop on Computer Aided Modeling and Design ofCommunication Links and Networks
Dense Cooperative Wireless Cloud Network
European Commission
European Telecommunications Standards InstituteEuropean Union
2016 10th European Conference on Antennas and Propagation
European Conference on Networks and Communications
European WirelessFramework Program 7
Group Specifications
International Communications Conference
International Conference on Communication Systems
Institute of Electrical and Electronics Engineers
Internet Engineering Task Force
International Telecommunications Union - Recommendations
IEEE International Symposium on Information Theory and Its Application
Japan Advanced Institute of Science and Technology
Media Access Control
Master of Science
Doctor of Philosophy
Physical Layer
Links-on-the-fly Technology for Robust, Efficient and Smart communication in
Unpredictable Environments
International Workshop on Signal Processing Advances in WirelessCommunications
Technical Committee
Toy Scenario
Dresden University of Technology
University of Surrey
University of Oulu
Vehicle-to-Vehicle
Vehicular Technology Conference
Wireless Communications and Networking ConferenceWork Package

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1. Introduction
This document summarizes information on the dissemination and exploitation
activities that have taken place in the RESCUE (Links-on-the-fly Technology for
Robust, Efficient and Smart communication in Unpredictable Environments)
project.
1.1. Motivation and Objective
Consider that data messages need to be transferred in unpredictable environments,for example in serious disasters such as earthquakes or tsunamis that cause
destruction of the communication infrastructure. Current communications standards
and systems are planned using accurate/strict link budget allocation mechanisms,
which perform poorly or fail completely in such unpredictable environments.
Besides, future networks will most likely be heterogeneous and dense networks. In
order to overcome these limitations, the integrated concept of “links-on-the-fly” isproposed in RESCUE project to allow successful and robust information transfer
through multi-path networks, such as public safety scenario or vehicle-to-vehicle(V2V) scenario, which are constructed from lossy point-to-point links.
1.2. Objective of the Document
Dissemination and exploitation of project results are a manifold including
coordinating the interactions with external parties, and ensuring an adequate
exploitation plan of the results and findings as well as continuous follow up of theplan. This document aims to provide dissemination, standardization andexploitation information for ideas, solutions and activities carried out in the
RESCUE project. Given the project objectives, the results from different activities
can be disseminated and exploited via the following vectors:







Journal and conference publications, organization and participation in
conferences and/or workshops
Interactions with partners from other European Union (EU) or non-EU project,
Training and teaching activities,
Participation in EC organised events such as EUCNC and RAS cluster andconcertation meetings,
Presentations and demonstrations in seminars and upon invitations,Contact with standardization bodies (i.e. ITU-R and 3GPP) and interactions
with industry players [ITU1].

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1.3. Structure of the Document
The rest of the document is organised as follows. Section 2 provides the detailed
dissemination activities of RESCUE project, which include RESCUE project
website, social network profiles management, conference, event and publications in
specialized media, RESCUE demonstrations and workshops; Section 3 gives
RESCUE project standardization activities; Section 4 lists the exploitation
activities; Section 5 draws the conclusion. In addition, this document has annexes,
where all publications, talks and seminars are reported.

2. RESCUE Dissemination Activities
The dissemination activities of the RESUCE project incorporate the disseminationof the project findings and outcomes through its public website, as well as social
media network profiles management. Additionally, the dissemination activities havealso included organization of and participation in conferences and workshops, aswell as the dissemination of the scientific results through journal, conference, andworkshop papers. Furthermore, training of M.Sc. and Ph.D. students is also a key
dissemination vector for RESCUE results.
2.1. RESCUE Internet Dissemination Activities
2.1.1. RESCUE Project Website
The RESCUE project website, http://www.ict-rescue.eu/, was established in 2013
and used throughout the project. On this website, one can find general information
about the RESCUE project by clicking “RESCUE Project”, which includes theinformation about advisory board, fact sheet, RESCUE objectives, and the structure
and introduction of six work packages. Further, in “Partners” one can find theintroduction about each partner. In “RESCUE Deliverables”, the public RESCUE
deliverables are given. In “News and Events”, one can view all the meetings,
seminars, and workshops that were hosted and attended by RESCUE partners. The“Publications” presents the RESCUE publications in journals, conferences andworkshops. From the “Contact us” one can send message to RESCUE partners
regarding questions about the project. Last but not least, “wiki” for RESCUE
project was also established. It is worth noting here that the project website has
witnessed a couple of cyber-attacks that forced the management team to takeserious counter measures, sometimes at the price of impacting the website content.
2.1.2. Social Network Profiles Management
Apart from the RESCUE project website, the other activities relate to both theinternal work and towards communication outside the project. In detail, RESCUE
built up its Twitter account, LinkedIn group where upcoming events, talks and
RESCUE project status are announced:
https://twitter.com/ICT_RESCUE,

https://www.linkedin.com/groups/7429219.

RESCUE has also contributed actively to the creation of the YouTube channel(https://youtu.be/Wv_nl-wUIuY) to show the demonstration videos of the project.
Moreover, the RESCUE project has also distributed its “links-on-the-fly” concept
in Wikipedia.

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2.2. RESCUE Dissemination and Training Activities
RESCUE has produced large numbers of publications since the project started. The
table below gives a summary of the number of different type of publications whichhave been achieved when this report was written.
Table 2.1: RESCUE publications.

Type of publication
Workshop andconference papers
Journal papers

Number51
17

As shown in the table, the biggest part of the publications is by conference
contributions. These have been presented on totally 22 conferences and/or
workshops. In addition, the 17 journal papers provide the significant achievementof the RESCUE project from both theoretical and practical simulation point ofview. Among these remarkable contributions, all the partners have been involved indissemination activities, for example, the conferences/workshops presentations, andexplaining the proposed idea to industry and academia people. It is worthwhile tonote that a large amount of the papers were written by collaborating among
different partners in the RESCUE project. Moreover, some papers were created incollaboration of industry and academic partners outside the RESCUE project. A fulllist of publications is given in Annex A in this document and also can be found on
the project website at http://www.ict-rescue.eu/publications.
Apart from publications, RESCUE partners have contributed significant efforts totraining of M.Sc. and Ph.D. students in the form of lectures, tutorials andorganizing summer schools. For instance, Dr. Szymon Szott from AGH gave an
open lecture with the title: “Design of message transfer protocols enabling the useof the lossy forwarding paradigm”, and Prof. Tad Matsumoto from UOULU/JAIST
gave tutorials to introduce the RESCUE project and “links-on-the-fly” concept. In
order to help students deeply understand the link between RESCUE project andinformation theory, UOULU partners also organized an information theory summer
school in Oulu 2015. In the course of the RESCUE project, a large number ofstudents have received such kind of technical training and tutorials. A summary of
trained students is presented in Annex B.
Furthermore, RESCUE partners have participated in many events and presented
project results through invited talks and panel discussions at various conferences. A
list of talks, presentations and contributions to panel discussions is summarised in
Annex C.
2.3. RESCUE Demonstrations and Workshops
RESCUE partners have arranged a number of events throughout the project, andsome of the activities have been organised jointly with other project and/or
academic institution partners. In the following contents, these events are briefly
introduced.
In the first year of the project, RESCUE co-organized a joint RESCUE-IC1004
special session with AGH University of Science and Technology in 11th MC
Meeting of COST IC1004, 24-26 Sept. 2014, Krakow, Poland. In this meeting,

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Dr. Hicham Khalife as the RESCUE project coordinator gave a general introduction
about RESCUE which includes the project goals, objectives, and current status.
Then, RESCUE partners Prof. Tad Matsumoto and Dr. Christian Schneider
respectively gave tutorials on “Backbone Theories and Experiments of RESCUE”
and “OTA and Field Measurement based Performance Verification Techniques”.
These tutorials helped public audiences more easily understand the RESCUE
concept.
RESCUE, DIWINE (Dense Cooperative Wireless Cloud Network) and 5GIC (5G
Innovation Centre) of University of Surrey hosted a joint international workshop on
Advanced PHY and MAC Techniques for Super Dense Wireless Networks inconjunction with IEEE ICC 2015, 8-12 June 2015,London UK. This workshop
is chaired by Dr. Yi Ma, and it aims to gather researchers, regulators, and users topresent and debate advanced PHY and MAC techniques for super dense wirelessnetworks and applications, with the perspective of current cellular, Machine to
Machine (M2M), and Vehicle to Vehicle (V2V) standardisation activities in 3GPP,ETSI, IEEE and IETF. The workshop was well organized and attended. Further,some global partners have shown their interest in cooperation in the future
conferences and workshops. Details have been released in D5.3.
Following the successful workshop at IEEE ICC 2015, RESCUE, DIWINE and
5GIC jointly organised a special session in IEEE CAMAD 2015, 7-9 Sept. 2015,
Guildford UK to promote a general discussion on the common open issues andfuture challenges on Advanced PHY and MAC Techniques for Super Dense
Wireless Networks plus the dissemination of the RESCUE innovative idea. This
special session is chaired by Dr. Na Yi and was well attended. The attendances
showed very strong interests to the topics of this special session and the achieved
results from RESCUE, DIWINE and 5GIC.
During the second half of project duration, RESCUE team arranged 2nd workshop
on Advanced PHY and MAC layer design for 5G Mobile Networks andInternet of Things in conjunction with European Wireless (EW) conference,
18-20 May 2016, Oulu Finland. In this workshop, a demo booth for RESCUE
project has been built up, where the video of TS1 demo has been displayed withgood performance figures. In addition, an automatic slide-set about the essentials of
RESCUE project and individual highlights from each Work Package (WP) posters
have also be presented in the workshop. Details of this workshop are also available
in D5.5, which will be delivered in M36.
Apart from the workshop in EW 2016, RESCUE partners have also built up an
exhibition demo booth at European Conference on Networks andCommunications (EuCNC) 2016, 27-30 Jun. 2016, Athens Greece to exploit
lossy links in 5G communications. In detail, the demo aims to highlight how the“links-on-the-fly” concept enables information transfer over lossy links in a set of
scenarios and configurations where the communications with state-of-the-art
solutions is deemed impossible. The target is to convince 5G stakeholders andinfluence future wireless communications standards. Pictures of the RESCUEEUCNC booth can be found below.

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Figure 1 RESCUE demonstration booth at EUCNC 2016
More interestingly, main RESCUE results were disseminated in the EU-Asia securityand-networks symposium organised on 9-12 March 2016 in Japan. During thisevent discussions towards the future direction of lossy forwarding concept took placewith a participation of researchers from Thailand, Indonesia, Singapore and China.
JAIST hosted this event with the objective of promoting collaboration between Europe
and Asia on ICT topics.

Figure 2 Presentations from RESCUE and JAIST in the EU-Asia Workshop

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2.4. RESCUE Other Activities
During these 3 years, RESCUE has been involved actively in European Community(EC) activities in order to promote lossy forwarding concept. Such activities
included both internal European interactions and interactions between European
partners and global researchers. Regarding the first set of interactions, RESCUE
participated and gave presentations in multiple RAS cluster meetings to introduce
the “links-on-the-fly” concept and its influence in 5G communications.
Furthermore, a joint session with the DIWINE project has taken place during the
RESCUE plenary meeting at TUD Dresden on 13-14 Jan. 2015, where the session
discussed the potential collaborations between the 2 ongoing FP7 projects.
RESCUE has also collaborated with the TEAM V2V project as we will detail laterin this report.

3. RESCUE Standardization Activities
Since RESCUE project is built around a disruptive brand new idea, it has a low
maturity level. As largely accepted the way from idea to standard is often too long
and logically exceeding the 3 years duration of the project. However, during these 3
years, the consortium pushed hard the RESCUE ideas in different bodies. The
standardization activities aim to make the RESCUE concept well known within thecommunication society by introducing it to the relevant European and/orinternational standardisation bodies, since producing standards at this level is highly
unlikely. In this context, RESCUE partners (TUD and AGH in particular) havedirectly contributed to standards and indirectly planned cooperation activities withrespect to two aspects: vehicular communication and network automaticity.
3.1. ETSI ITS Standardization Activities
The RESCUE partners from TUD regularly participate in ETSI standardization on
Cooperative Intelligent Transportation Systems and Vehicular Communication forwhich a dedicated Technical Committee (TC), i.e. ETSI TC ITS exists. The scopeof the TC is on any type of transport, i.e., road, air, rail, etc. Meanwhile, thevehicular communication is one of the two major use cases for RESCUE project.
Therefore, the standardization in ETSI TC ITS is regarded as relevant, and theresearch work in the RESCUE project can impact considerably the standardization
work. Specifically, the work in [KUH15] is strongly aligned to the ETSI TC ITS
standards and serves as a reference case for comparing the RESCUE approachagainst the state-of-the-art. This document has been contributed to ETSI TC ITS
WG3 “Networking and Transport” for discussion.
More recently, RESCUE project also established a collaboration with TEAM
project (http://www.collaborative-team.eu/overview/), which aims on turning static
into elastic mobility by joining drivers, travellers and infrastructure operators
together into one collaborative network. A joint participation from both RESCUE
and TEAM in a session at the ITS world congress has been made from 10th to14th October in Melbourne Australia, to deliver a better version and impact.
3.2. ETSINTECH Standardization Activities
AGH as an ETSI member also has disseminated RESCUE results by providing
contributions to the Evolution of Management towards Autonomic Future Internet

Page 11 (27)RESCUE

D1.1 Version 1.0(AFI) Working Group of the ETSI Network Technologies (NTECH) TechnicalCommittee. These contributions mainly focus on outcomes from WP3, where thedesigned MAC and routing layer protocols adopt autonomic principles and exhibit
self-managing behavior. The study of such functionality is the focus of AFI, whichhas published two ETSI Group Specifications (GSs). The first is related toscenarios/use cases where network automaticity can be applied [MER11], while thesecond presents a generic architectural reference model for autonomic networking,cognitive networking and self-management [CIA13]. In addition, AGH regularly
participates in meetings of the NTECH AFI group. During the NTECH#06 meeting,which took place in Rome, Italy between March 25th and 27th 2014, Szymon Szott(AGH) delivered a presentation on the RESCUE project describing how it could
contribute to the standardization process, and during the NTECH#09 meeting,which took place in Issy Les Moulineaux, France between December 16th and 18th
2014, Szymon Szott (AGH) delivered another presentation about the RESCUE
message transfer design ("Autonomic Aspects in Lossy-Link Ad Hoc Network
Design"). Both presentations were met with positive outcomes.

4. RESCUE Exploitation Activities
The global consensus building is one of key objectives of the project exploitation
activities. For this purpose, 51 conference papers and 17 journal papers within
RESCUE project have been presented at and accepted in a number of world leading
conferences and journals. By these strong publications of scientific results, the
RESCUE concept and solutions could be introduced appropriately in the researchcommunities. Moreover, apart from the publications, the RESCUE concept andsolutions have also been disseminated through focused events like workshops
collaborated with other projects and/or institutes in conjunction with IEEE flagshipconferences. In addition, besides building up the RESCUE web page, Twitter
account, LinkedIn group as well as YouTube channel helped to address the researchcommunity and industry appropriately. Further, RESCUE partners led to thedevelopment of training and tutorial activities, which helped a lot of M.Sc. and
Ph.D. students to establish strong network liaisons and get views in the research
activity.
The exploitation of RESCUE outcome in industrial partners’ products is also
envisaged at the longer terms in particular for Thales Communications &Security. The fact that a proof of concept was made available on GNU Radio, many
internal presentations and demonstrations were organised. The important gains
achieved in these simple configurations have convinced internal decision makers at
TCS. Consequently, lossy forwarding will be considered as a potential candidate for
future products targeting infrastructure less communications in public safety.
Apart from the above mentioned activities, RESCUE advisory board has also been
built up, which includes Tim Leinmueller from Denso Automotive (automotive
industrial); Bill Kassouras: Research Associate from Centre for Security Studies
Hellenic Ministry of Public Order & Citizen's Protection (public safety); Christian
Oberli: Associate Professor from Pontifica Universidad Catolica – Chile (wirelesscommunication); Takeyasu Suzuki: Professor from University of Yamanashi Japan(Wireless communication and catastrophe management expert).

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5. Conclusion
Deliverable D5.6, entitled “Final dissemination, standardization and exploitation
report” aims to highlight the dissemination, standardization and exploitation andtransfer activities conducted during the entire project. Throughout the entire project,
the RESCUE partners presented the scientific findings in 51 conference/workshop
papers and 17 journal papers. Additionally, the project concept and solutions havebeen presented in RESCUE organized workshops and exhibition demo in IEEE
flagship conferences. RESCUE has actively interacted with other researchcommunity both within European Union (i.e., other EU-funded project and research
institute) and externally (i.e., interactions with Japan and other Asian countries).
Furthermore, RESCUE has also organized summer school, given lectures andtutorials for training M.Sc. and Ph.D. students. It should also be noted that, by
setting up the social network profiles (i.e., Twitter account, LinkedIn group,
YouTube channel), RESCUE has had a great impact to the public.

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6. References[ITU1]REPORT ITU-R M.2033 “Radio communication objectives andrequirementsforpublicprotection
anddisasterrelief”
http://www.itu.int/dms_pub/itu-r/opb/rep/R-REP-M.2033-2003-PDFE.pdf[KUH15] S. Kühlmorgen, S. Llatser, A. Festag, and G. Fettweiss: "Performance
Evaluation of ETSI GeoNetworking for Vehicular Ad hoc Networks",
accepted for VTC Spring 2015, Glasgow, Scotland, May 2015
[MER11] Tayeb Ben Meriem et al., "Autonomic network engineering for the selfmanaging Future Internet (AFI): Scenarios, Use Cases andRequirements for Autonomic/Self-Managing Future Internet", ETSIGroup Specification AFI 001, June 2011.
[CIA13]Laurent Ciavaglia et al., "Autonomic network engineering for the selfmanaging Future Internet (AFI): Generic Autonomic Network
Architecture (An Architectural Reference Model for Autonomic
Networking, Cognitive Networking and Self-Management)", ETSIGroup Specification AFI 002, April 2013.

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Annex AIn Annex A all publications are listed which have been produced within the project workby or in collaboration with RESCUE partners.

A.1 Conference and Workshop Papers
Title

Author(s)

Event

Date

Opportunistic Relay
Selection for Lossyforwarding
Performance
Analysis for MultiSource Multi-Relay
Transmission overκ-μ Fading Channel
Efficient Power
Allocation for
Multiple Relays
with Lossy IntraLinks andDistributed Source
Coding
Performance
Analysis forTransmission of
Correlated Sources
over NonOrthogonal MARCs

W. Jiang, X. He, S.
Qian, and T.
Matsumoto
S. Qian, J. He, M.
Juntti, and T.
MatsumotoIEEE ICCS

Dec. 2016

AsilomarConference on
Signals, Systems,
and Computers

Nov. 2016

D. C. Gonzalez, A.
Wolf, J. C. Filhoand G. Fettweis

SbrT’16

Sept. 2016

J. He, I. Hussain, V.
Tervo, M. Juntti, T.
MatsumotoIEEE ISTC

Sept. 2016

CLF-MAC: acoordinated MAC
protocol supporting
lossy forwarding in
WLANs
Line-of-Sight
Component Impact
Analyses for Lossy
Forward Relaying
over Fading
Channels Having
Different Statistical
Properties
The lossy
forwarding strategy
in wireless networks
in the RESCUE
project (in Polish)

K. Kosek-Szott, M.
Natkaniec, Ł.
Prasnal,S. Szott

ISWCS 2016

Sept. 2016

S. Qian, J. He, X.
He, W. Jiang, M.
Juntti, and T.
MatsumotoIEEE VehicularTechnology
Society Asia
Pacific WirelessCommunications
Symposium(APWCS)

Aug. 2016

M. Natkaniec, J.
Gozdecki, K.
Kosek-Szott, Ł.
Prasnal, M. Sikora,
S. Sośnik, S. Szott,Ł. Trzeciakowski, J.
Wszołek

KKRRiT 2016

Jun. 2016

Page 15 (27)RESCUEImpact ofDecentralized
Congestion Control
on Contention-based
Forwarding in
VANETsExploiting
Distributed Source
Coding for Multihop Routing in
Wireless Ad Hoc
Networks
A Rate-Distortion
Region Analysis fora BinaryCEO
ProblemEnd-to-End Outage
Probability Analysis
for Multi-Source
Multi-Relay
Systems
Transmission of
Correlated Sources
over NonOrthogonal
Gaussian MACs
An error rate modelof relaycommunications
with lossy
forwarding and joint
decoding
Relay-oriented
source power
allocation for
MIMO selective
decode-and-forward
relaying
Distributed RatelessCodes for
Correlated MultiSource Relay
Networks
Improved Frameless
ALOHA forWireless Networks
A Comparative
Study of Different
Relaying Strategies
over One-Way
Relay Networks

D1.1 Version 1.0

S. Kühlmorgen, A.
Festag, G. Fettweis

SmartVehicles
2016 (IEEE
WoWMoM)

June 2016

S. Kühlmorgen, A.
Festag, G. Fettweis

IEEE VTCMay 2016

X. He, X. Zhou, M.
Juntti, and T.
MatsumotoIEEE VTCMay 2016

J. He, I. Hussain, M. IEEE ICC
Juntti, T. Matsumoto

May 2016

J. He, I. Hussain, M. IEEE ICC
Juntti, T. Matsumoto

May 2016

V. Tervo, X. He, X.
Zhou, P.
Komulainen, S.
Kühlmorgen, A.
Wolf, A. Festag

IEEE ICCMay 2016

J. Hou, N. Yi, Y.
MaIEEE ICCMay 2016

I. Hussain, M.
Juntti, and T.
MatsumotoIEEE ICCMay 2016

I. Hussain, M. Juntt,
T. Matsumoto

EW

May 2016

S. Qian, V. Tervo, J. EW
He, M. Juntti and T.
MatsumotoMay 2016

Page 16 (27)RESCUE

D1.1 Version 1.0

Power Allocation
for Orthogonal
Multiple Access
Relay Channel
Allowing Intra-link
ErrorsOn the Performanceof Dynamic MultiSource MultiAntenna MultiRelay Wireless
Networks

V. Tervo, X. Zhou,
P-S Lu, M. Juntti,
and T. Matsumoto

EW

May 2016

J. He, I. Hussain, S.
Qian, M. Juntti, T.
MatsumotoEW

May 2016

Evaluating New
Concepts in
Wireless
Communications:
From Theory toPractice

C. Schneider, H.
Khalife, S. Szott, V.
Tervo, X. He, M.
Natkaniec, S.
Sosnik, L.
Trzeciakowski, M.
Lorenz, M. Kaeske,
J. Wszolek
S. Qian, M. Juntti,
and T. Matsumoto

EW

May 2016

IEEE WCNC

Apr. 2016

C. Schneider, G.
Sommerkorn, R. S
Thom, A.
Roivainen, J.
Meinilä, V. Tervo
M. Brulatout, H.
Khalife, V. Conan,
S. Szott, M.
Natkaniec, K.
Kosek-Szott, Ł.
PrasnalW. Jiang, X. He, S.
Qian, M. Juntti, andT. Matsumoto

EuCAP

Apr. 2016

Wireless Days
2016

Mar. 2016

International
Conference on
Information,
Communications
and Signal
Processing

Dec. 2015

N. Yi, Y. Ma, J.
Hou, R. Tafazolli

IEEE CAMAD

Sept. 2015

Joint Optimizationof Power Allocation
and RelayPosition
for LossyForwarding
Relaying Systems
Directional analysis
of multipath
propagation in
vehicle-2-vehicle
channels
A cooperative MAC
protocol for lossy
forwarding
networks

Finite-SNR
DiversityMultiplexing
Tradeoff for
Decode-andForward Relaying
SystemAllowingIntra-link
ErrorsSymbol-levelselective decodeforward relaying for
uncoordinated dense

Page 17 (27)RESCUEwireless networks
Error propagation
mitigation by
exploiting sourcerelay correlation
with limited channel
feed-forward bits
Outage BasedPower Allocation
for a Lossy
Forwarding TwoRelaying System
Short Paper:
ReducedComplexity
Calculation of
LMMSE Filter
Coefficients for
GFDM
Lossy Forwarding
Technique for
Parallel Multihop
Multirelay Systems
A Comparative
Study on Outage
Probabilities of
Decode-andForward and LossyForward Relay
Techniques
Impact of Angular
Spread and Numberof Multipath
Clusters on MIMO
Channels
A Low Complexity
Deterministic
Algorithm for the
Antenna/User
Selection in MultiAntenna Systems
A Fast And Optimal
Deterministic
Algorithm For
NP-Hard Antenna
Selection Problem
Improved Source
Correlation
Estimation in
Wireless Sensor
Networks

D1.1 Version 1.0

J. Hou, C. Qian, N.
Yi, Y. MaIEEE CAMAD

Sept. 2015

A. Wolf, M. Matthé, IEEE CAMAD
A. Festag and G.
Fettweis

Sept. 2015

M. Matthe, I.
Gaspar, D. Zhang,
G. Fettweis

IEEE VTC

Sept. 2015

A. Irawan, K.
Anwar, and T.
MatsumotoIEEE VTC

Sept. 2015

S. Qian, M. Juntti,
and T. MatsumotoIEEE CAMAD

Sept. 2015

C. Schneider, N.
Iqbal, R. S. ThomäIEEE PIMRC

Aug. 2015

N. Iqbal, C.
Schneider and R. S.
ThomäIEEE PIMRC

Aug. 2015

C. Schneider, N.
Iqbal, R. S. ThomäIEEE PIMRC

Aug. 2015

A. Wolf, M. Matthéand G. Fettweis

IEEE ICC

June 2015

Page 18 (27)RESCUE

Asynchronous
Multi-User Uplink
Transmission with
Generalized
Frequency Division
Multiplexing
CEO Problem based
Analysis of D2D
Cooperative User
Pairing
Data and Error Rate
Bounds for Binary
Data Gathering
Wireless Sensor
Networks
Outage Probabilityof Correlated Binary
SourceTransmission overFading Multiple
Access Channels
Outage based Power
Allocation for a
Lossy-Forwarding
Relaying System
Performance
Evaluation of ETSI
GeoNetworking for
Vehicular Ad hoc
Networks
MaximumLikelihood based
estimation ofangularparameters ofDense-MultipathComponents
Required Number of
Propagation
Scenarios for
Acceptable
Reproduction ofSpectral Efficiency
Distribution in(Heterogeneous)
Network
Simulations
Joint Turbo
Equalization and
BICM-ID-based
IDMA overD1.1 Version 1.0

M. Matthe, L.
IEEE ICC
Mendes, G. Fettweis

June 2015

X. He, M. Juntti, X.
Zhou, P.
Komulainen, and T.
Matsumoto
X. He, X. Zhou, M.
Juntti, and T.
MatsumotoIEEE SPAWC

Jun. 2015

IEEE SPAWC

Jun. 2015

X. Zhou, X. He, M.
Juntti, and T.
MatsumotoIEEE SPAWC

Jun. 2015

S. Qian, M. Cheng,
and T. MatsumotoIEEE ICC

Jun. 2015

S. Kühlmorgen, I.
Llatser, A. Festag,
G. Fettweis

IEEE VTCMay 2015

M. Käske, R.
Thomä

EuCap

Apr. 2015

M. Narandzic, C.
Schneider, W.
Kotterman, and R.
S. Thomä

EuCap

Apr. 2015

K. Wu, K. Anwar
and T. MatsumotoIEEE ISITA

Oct. 2014

Page 19 (27)RESCUE

Frequency Selective
Fading Channel
Full 3D MIMO
Channel Sounding
and Characterizationin an Urban Macro
Cell
RESCUE: Links-onthe-fly Technology
for Robust, Efficientand Smart
Communication in
Unpredictable
Environments

Space-Time Codingfor Generalized
Frequency
Division
Multiplexing
Outage Analysis of
Decode-andForward Relaying
System Allowing
Intra-link Errors
BICM-ID-based
IDMA overMultipath Fading
Channels
Iterative Spatial
Demapping withSide Information for
Three-way Relaying
Systems
Outage BasedPower Allocation:
Slepian-Wolf
Relaying Viewpoint
Outage Probability
Analysis for
Correlated Sources
Transmission over
Rician Fading
Channels

D1.1 Version 1.0

G. Sommerkorn, M.
Käske, C.
Schneider, S.
Häfner, R. ThomäURSI GASS

K. Anwar, V.
EuCNC
Conan, M. Grieger,
S. Gurgul, M. Juntti,
H. Khalif;, Y. Ma,
T. Matsumoto, G.
Millar, M.
Natkaniec, C.
Schneider, R.
Tafazolli, P. Xiao,
N. Yi
M. Matthe, L.
EW
Mendes, G. Fettweis

Aug. 2014

Jun. 2014

May 2014

X. Zhou, M. Cheng,
X. He, K. Anwar,
and T. Matsumoto

EW

May 2014

W. Kun, K. Anwar
and T. Matsumoto

IEICE General
Conference

Mar. 2014

K. Anwar and T.
MatsumotoIEICE General
Conference

Mar. 2014

M. Cheng, K.
Anwar and T.
MatsumotoIEEE Globecom

Dec. 2013

S. Qian, M. Cheng,
K. Anwar and T.
MatsumotoIEEE PIMRC

Sept. 2013

Event

Date

A.2 Journal papers
Title

Author(s)Page 20 (27)RESCUEA Lower Bound
Analysis ofHamming
Distortion for a
Binary CEO
Problem with Joint
Source-Channel
CodingLossy Forwarding
HARQ for Parallel
Relay Networks
Power Allocation in
an Asymmetric
Wireless Sensor
Network
PAPR ConstrainedPower Allocation
for Multicarrier
Transmission in
Multiuser SIMO
Communications
Asymptotically
Optimal Power
Allocation for
WSNs with
Mutually Correlated
Sensing Data
Asymptotically
Optimal Power
Allocation for
Multirelay Systems
with Lossy IntraLinks
Precoded GFDM
transceiver withlow complexity
time domain
processing
Joint SpaceFrequency User
Scheduling for
MIMO Random
Beamforming With
Limited Feedback
OutageProbabilities of
Orthogonal
Multiple-Access
Relaying
Techniques with
Imperfect Source-

D1.1 Version 1.0

X. He, X. Zhou, P.
Komulainen, M.
Juntti, and T.
MatsumotoIEEE Trans.
Communications

2016

A. Irawan, K.
Anwar, and T.
Matsumoto
W. Jiang, X. He,
and T. Matsumoto

Wireless PersonalCommunications

2016

IEEE
Communications
Letters

2016

V. Tervo, A. Tölli,J. Karjalainen, andT. MatsumotoIEEE Trans. WirelessCommunications

2016

A. Wolf, D. C.
Gonzalez, J. C.
Filho and G.
FettweisIEEE
Communications
Letters

2016

D. C. Gonzalez, A.
Wolf, J. C. Filhoand G. Fettweis

IEEE Trans. on
Communications(currently in majorrevision)

2016

M. Matthe, L.
Mendes, I. Gaspar,
N. Michailow, D.
Zhang, G. Fettweis

Eurasip JWCN

2016

J. Hou, N. Yi, andY. MaIEEE Trans.
Communications

2015

P-S. Lu, X. Zhou,
and T. MatsumotoIEEE Trans. WirelessCommunications

2015

Page 21 (27)RESCUE

Relay Links
Widely Linear
Estimation forSpace-Time-Coded
GFDM in LowLatency
Applications
Multi-User TimeReversal STCGFDMA for Future
Wireless Networks
Correlated Sources
Transmission in
Orthogonal
Multiple Access
Relay Channel:
Theoretical
Analysis andPerformance
Evaluation
BICM-ID-Based
IDMA using
Extended Mapping
Exact andApproximatedOutage Probability
Analyses for
Decode-andForward Relaying
System Allowing
Intra-link Errors
Joint Adaptive
Network-Channel
Coding for EnergyEfficient Multiple
Access Relaying
ReducedComplexity
CoordinatedBeamforming forMulticell Downlink
Max-Min SINR
Problem
Generalized
Frequency Division
Multiplexing in a
Gabor Transform
Setting

D1.1 Version 1.0

M. Matthe, L.
Mendes, N.
Michailow, D.
Zhang, G.Fettweis

IEEE Trans.
Communications

2015

M. Matthe, L.
Mendes, I. Gaspar,
N. Michailow, D.
Zhang, G. Fettweis
X. Zhou, P.-S. Lu,
K. Anwar and T.
MatsumotoEurasip JWCN

2015IEEE Trans. WirelessCommunications

2014

K. Wu, K. Anwar
and T. Matsumoto

IEICE Trans. on
Communications

2014

X. Zhou, C. Meng,
X. He, and T.
MatsumotoIEEE Trans. WirelessCommunications

2014

P.-S. Lu, X. Zhou,
K. Anwar and T.
MatsumotoIEEE Trans. on
Vehicular Technology

2014

J. Hou, Y. Ma, N.
IEEE WirelessYi, and R. Tafazolli Communications
Letters

2014

M. Matthe, L.
Mendes, G.
Fettweis

2014

IEEE
Communications
Letters

Page 22 (27)RESCUE

D1.1 Version 1.0

Annex BIn Annex B, the main activities concerning the training and teaching activities in
RESCUE are given. This includes the list of students, lectures and the tutorials preparedwithin the project.

B.1 Training of students
Hostpartner

Student level

Student
affiliation

RESCUE
WP

Topic

JAIST

PH.D.(Shen Qian)

JAIST

WP1

JAIST
JAIST

PH.D.(Xin He)
M.S. (Jiang
Weiwei)PH.D. (Ade
Irawan)PH.D. (Jiguang
He)

JAIST
JAIST

WP1
WP1

Lossy forwarding withline-of-sightcomponent
CEO problem
DMT problem

JAIST

WP1

UOULU

WP1

PH.D. (Ayswarya
Padmanabhan)
M.Sc. (Anton
Paatelma)

UOULU

WP2

UOULU

WP2

JAIST
UOulu

UOulu
UOulu

UOulu

B.Sc. (Jifang Xing) BeihangUniv
ersity,Beijing, China

WP2

AGH

PH.D.(ŁukaszPras
nal)

AGH

WP3

UOulu

Ph.D. (Antti
Roivainen)

UOULU

WP4

UOulu

Ph.D (Markku
Jokinen)

UOULU

WP4

Partial ARQ withlossy forwarding
Lossy forwarding withmultiple source
multiple relay network
Power allocation
Applying joint
decoding to 802.11
WiFi
Impact of header andpayload length onerror probability andenergy consumption
Design of message
transfer protocols
enabling the use of thelossy forwarding
paradigm.
Directional analysis ofmultipath propagationin V2V channels
Testing andmeasurement tasks on
RESCUE
implementation

Page 23 (27)RESCUE

D1.1 Version 1.0

B.2 Lectures and Tutorials
Presenter
Szymon Szott

Subject

Event

Design of message Open lecturetransfer protocols
enabling the use of
the lossy
forwarding
paradigm.
Tad Matsumoto More In-depth
Open lecture and tutorial
Considerations on
Links-on-the-fly
technologies
Tad Matsumoto Links-on-the-fly
Open lecture and tutorialtechnologies: fromthe correlated
source coding
theorem viewpoint

Date

RESCUE
WP

2016

WP3

2015

WP1-2

2015

WP1-2

Page 24 (27)RESCUE

D1.1 Version 1.0

Annex CIn Annex C, all talks and presentations are listed which have been produced within the
project work by or collaboration with RESUCE partners.

C.1 Talks and presentations
Date

Event

Title

Presenter

Institute

2016

University of
Kyoto

Tad
Matsumoto

JAIST/UOULU

2016Technical
University
MunichTad
Matsumoto

JAIST/UOULU

2016Ilmenau
University ofTechnology

Links-on-the-fly
technologies: from thecorrelated source coding
theorem viewpoint Part
III
Links-on-the-fly
technologies: from thecorrelated source coding
theorem viewpoint PartIV
Outage Probability
Analyses of HARQ on
Correlated Packets with
Network Coded
HelperTransmission:from the correlated
source coding theorem
viewpoint

Tad
Matsumoto

JAIST/UOULU

2016

EU-Asia
Security-andNetworks
Workshop

New Paradigm ofWireless
Communications in
Ubiquitous
Environments
EU-Asia
Low SNR
Security-andcommunications:
Networks
challenges andWorkshop
opportunities
EU-Asia
Exploiting Distributed
Security-andSource Coding
Networks
for Multi-hop Routing in
Symposium
Wireless Ad Hoc
Networks
EU-Asia Security Future dense wirelessand networks
networks: from
symposium
RESCUE point of view
EU-Asia Security RESCUE projectand networks
introduction &symposium
perspectives
JAIST
Successive Convex
Approximation and Its

Tad
Matsumoto

JAIST/UOULU

Valtteri
Tervo

UOULU

SebastianKühlmorgen

TUD

Na Yi and Yi
Ma

UNIS

HichamKhalifeTCS

Valtteri
Tervo

UOULU

2016

2016

2016

2016

2015

Page 25 (27)RESCUE

D1.1 Version 1.0

Applications to Power
Allocation Problems
2015

University ofTechnology,
Malaysia

2015

JAIST

2015

Summer School
on Distributed
Compression
withApplications
EuCNC

2014

2014

M2M Workshop
on International
Workshop on
Weightless
Communication

2014

2014

BMW Summer
School 2014 Autonomous
Driving in theInternet of Cars
COST IC2014

COST IC

Links-on-the-fly
technologies: from thecorrelated source coding
theorem viewpoint PartII
EU FP7 RESCUE
Project: General
Introduction,achievements during thefirst year, and my
impression of working
as a work package
leader of an EU
project

Tad
Matsumoto

JAIST/UOULU

Valtteri
Tervo

UOULU

Exploiting Distributed
Source Coding forMulti-hop Routing
in Wireless Ad Hoc
Networks
RESCUE: Links-on-thefly Technology for
Robust, Efficient andSmart Communicationin Unpredictable
Environments
Links-on-the-fly
Technology for Robust,
Efficient and Smart
Communication in
Unpredictable
Environments(RESCUE)
Improving Vehicular
Communication by“Links-on-the-Fly”
Technology

SebastianKühlmorgen

TUD

Khoirul
Anwar

JAIST

Tad
Matsumoto

JAIST/
UOULU

SebastianKühlmorgen

TUD

RESCUE project
presentation
FP7 Project Overview:
Links-on-the-fly
Technology for Robust,
Efficient andSmartCommunication in
Unpredictable
Environments(RESCUE)

HichamKhalife
Tad
MatsumotoTCS
JAIST/UOULU

Page 26 (27)RESCUE

D1.1 Version 1.0

Page 27 (27)