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Contents
Welcome Message from the General Chairs....................................... 7
ASMS/SPSC 2016 Organizing Committees ............................................ 9
ASMS/SPSC 2016 Technical Program Committee ............................. 10
Timetable for ASMS/SPSC 2016 ............................................................. 12
ASMS/SPSC 2016 Plenary Speakers ...................................................... 15
LTE Evolution and Road to 5G .......................................................... 15
New Satellite Architectures and Services: a Holistic Approach . 16
The New Maritime VHF Data Exchange System - The Satellite
Element Definition and the Norsat-2 SDR Satellite ........................ 20
ASMS/SPSC 2016 Tutorials ....................................................................... 22
Extremely High Speed Avenues for Space Communications:
Optical & W-band Waves ................................................................. 22
Satellite-Based Interference Localization Techniques ................. 24
Information-Centric Networking for Content Distribution and
Integration of Satellite Communications into the Future Internet
............................................................................................................... 25
Secure Communications: a Pillar for the Protection of Space
Missions ................................................................................................. 28
Special Tracks........................................................................................... 31
ST1: Hybrid Terrestrial Satellite Networking and Services .............. 31
ST2: Ubiquitous Broadband Access ................................................. 32
ST3: Applications and Technologies for Messaging and IoT/M2M
over Satellite ........................................................................................ 33
Detailed Technical Program ................................................................. 34
Monday 5th September 2016 ............................................................ 34
Tuesday 6th September 2016 ............................................................ 39
Wednesday 7th September 2016 ..................................................... 43
Room Floors ...............................................................................................46
General Information ................................................................................49
Social Program .........................................................................................50
Welcome Reception...........................................................................50
Gala Dinner ..........................................................................................50
ASMS/SPSC 2016 Visitor Information......................................................51
Notes ..........................................................................................................54
ASMS/SPSC 2016
8th Advanced Satellite Multimedia Systems
Conference and the 14th Signal
Processing for Space Communications
Workshop
5th – 7th September 2016
Palma de Mallorca
Advanced Satellite Multimedia Systems Conference / Signal Processing for Space
Communications Workshop
ASMS/SPSC 2016
Platinum Sponsor
Gold Sponsors
Silver Sponsors
Co-organizers
Technical Co-sponsors
Organization Support
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ASMS/SPSC 2016
Welcome Message from the General Chairs
On behalf of the Organising Committee and the Technical Program
Committee, it is our great pleasure to welcome you to the 2016
edition of 8th Advanced Satellite Multimedia Systems Conference
and 14th Signal Processing for Space Communications Workshop
(ASMS/SPSC 2016) in Palma de Mallorca (Spain).
ASMS/SPSC 2016 brings together researchers from all over the world
to discuss the latest advances in satellite communications and
networking technologies, from advanced transmission schemes to
novel random access schemes, but also reserving a particular
attention to satellite system design and validation. Peculiarity of the
ASMS/SPSC is thus to conjugate papers about the newest
theoretical findings with others addressing specific design activities
for practical implementation in the context of satellite and space
communications.
The technical program of ASMS/SPSC 2016 consists of 8 technical
sessions, 3 special tracks, as well as 4 tutorials. The conference also
features 4 keynote speeches, which will highlight industry and
academic perspectives on satellite and mobile communications,
putting particular emphasis on the roadmap towards 5G
technology as well as the most attractive applications and
scenarios for the integration of satellite technology.
The result is a vibrant technical program for the entire duration of
the conference, consisting of technical presentations of very high
quality and invited talks given by brilliant and renowned speakers in
the panorama of satellite and terrestrial wireless communication.
We expect many discussions to continue outside of the technical
sessions and believe that our venue and program provide plenty of
space and opportunities, in that respect.
We would like to thank all Panel and Tutorial Chairs, all the members
of the Technical Program Committee, the numerous external
reviewers for their dedication and last not least all paper authors,
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who have contributed to make this conference a great success.
Last, but not least, the support of the IEEE Communications Society
staff and all our sponsors is greatly appreciated.
We look forward to meeting you in Palma de Mallorca!
8
Sandro Scalise
ASMS General Co-Chair
German Aerospace Center, DLR
Alessandro Vanelli-Coralli
ASMS General Co-Chair
University of Bologna
Alberto Ginesi
SPSC General Co-Chair
European Space Agency, ESA
Domenico Mignolo, ESA
SPSC General Co-Chair
Tomaso De Cola
Technical Program Committee
Chair
Riccardo De Gaudenzi
Technical Program Committee
Chair
Stefano Cioni
Panel and Tutorial Chair
Daniele Tarchi
Ana Isabel Perez Neira
Executive Co-Chair
Centre Tecnològic de
Telecomunicacions de
Catalunya/Universitat Politècnica
Catalunya, UPC/CTTC
Gonzalo Seco Granados
Executive Co-Chair
Universitat Autonoma de
Barcelona, UAB
ASMS/SPSC 2016
ASMS/SPSC 2016 Organizing Committees
ASMS/SPSC 2016 Executive Co-Chairs
Ana Isabel Pérez-Neira, CTTC
Gonzalo Seco Granados, UAB
ASMS General Co-Chairs
Sandro Scalise, DLR
Alessandro Vanelli-Coralli, Univ. of Bologna
SPSC General Co-Chairs
Alberto Ginesi, ESA
Domenico Mignolo, ESA
TPC and Publication Co-Chairs
Tomaso De Cola, DLR
Riccardo De Gaudenzi, ESA
Stefano Cioni, ESA
Daniele Tarchi, Univ. of Bologna
Regional Chair for Asia
Ho-Jin Lee, ETRI
Financial and Registration Chairs
Montserrat Prat, CTTC
Local Arrangements Chairs
Miguel Ángel Vázquez, CTTC
Pol Henarejos, CTTC
Xavier Artiga, CTTC
Musbah Shaat, CTTC
Web Chairs
Jonathan Muñoz, CTTC
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ASMS/SPSC 2016
ASMS/SPSC 2016 Technical Program
Committee
Nader Alagha
Jesús Arnau
Marco Baldi
Cédric Baudoin
Matteo Berioli
Igor Bisio
Carlo Caini
Symeon
Chatzinotas
Jean-Pierre
Choffray
Giulio Colavolpe
Mauro De Sanctis
Emmanuel Dubois
Barry Evans
Hector Fenech
Daniele
Finocchiaro
Istvan Frigyes
Gennaro Gallinaro
Wilfried Gappmair
Giovanni
Giambene
Filippo Giannetti
Albert Heuberger
S. Kandeepan
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European Space
Agency
Huawei Technologies
Co. Ltd.
Università Politecnica
delle Marche
Thales Alenia Space
TriaGnoSys GmbH
University of Genoa
University of
Luxembourg
The Netherlands
France
Italy
France
Germany
Italy
Italy
Luxembourg
SES
Luxembourg
University of Parma
University of Rome "Tor
Vergata"
CNES
University of Surrey
Eutelsat S.A.
Italy
France
United Kingdom
France
Eutelsat S.A.
France
Budapest University of
Technologies
Space Engineering
S.p.A.
Graz University of
Technology
Italy
Hungary
Italy
Austria
University of Siena
Italy
University of Pisa
Fraunhofer IIS
RMIT University
Italy
Germany
Australia
ASMS/SPSC 2016
Adrian Kliks
Andreas Knopp
Argyrios Kyrgiazos
Miguel Angel
Lagunas
Konstantinos Liolis
Gianluigi Liva
Mario Marchese
Carlos Mosquera
Bhavani Shankar
Mysore R
Lan Nguyen
Athanasios
Panagopoulos
Tommaso Pecorella
Ana Isabel Pérez
Neira
Nghia Pham
Petar Popovski
Claudio Sacchi
Gonzalo SecoGranados
Ray Sheriff
Daniele Tarchi
Haijun Zhan
Poznan University of
Technology
Munich University of
the Bundeswehr
University of Surrey
Centre Tecnològic de
Telecomunicacions
de Catalunya
SES
DLR - German
Aerospace Center
DIST- University of
Genoa
University of Vigo
Interdisciplinary
Centre for Security,
Reliability and Trust
LinQuest Corporation
National Technical
University of Athens
Università degli Studi
di Firenze
Poland
Germany
United Kingdom
Spain
Luxembourg
Germany
Italy
Spain
Luxembourg
USA
Greece
Italy
UPC / CTTC
Spain
EUTELSAT SA
Aalborg University
University of Trento
Universitat Autonoma
de Barcelona
University of Bradford
The University of British
Columbia
France
Denmark
Italy
Spain
United Kingdom
Italy
Canada
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Timetable for ASMS/SPSC 2016
Room
8:00
LLULL
AUDITORIUM
Registration
Welcome Message
9:00
Keynote Speech I
LTE Evolution and Road to 5G
Monday 5th September 2016
9:15
Dino Flore
Chairman of 3GPP RAN
10:00
10:30
Coffee break
M1.1
T1
ST1.1: Hybrid Terrestrial Satellite Networking and
Services - Resource Allocation Techniques
Extremely High Speed Avenues for Space
Communications: Optical & W-band Waves
12:30
14:00
Lunch break
M2.1
M2.2
Propagation and Link Adaptation
ST2: Ubiquitous Broadband Access
16:00
16:30
12
Coffee break
M3.1
M3.2
Interference Mitigation
Networking
ASMS/SPSC 2016
Room
7:15
LLULL
AUDITORIUM
Jogging Session
Keynote Speech II
New Satellite Architectures and Services: a Holistic Approach
9:00
Antonio Arcidiacono
Eutelsat Director of Innovation
Tuesday 6th September 2016
10:00
Coffee break
T1.1
10:30
ST1.2: Hybrid Terrestrial Satellite Networking and
Services - Software Defined Networking
12:30
T2.1
14:00
Coding and Transmission
16:00
16:30
T2
Satellite-Based Interference Localization Techniques
T3
Information-Centric Networking for Content
Distribution and Integration of Satellite
Communications into the Future Internet
Lunch break
T2.2
ST3: Applications and Technologies for Messaging
and IoT/M2M over Satellite
Coffee break
T3.1
T3.2
Signal Processing
System I
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Room
7:15
LLULL
AUDITORIUM
Jogging Session
Keynote Speech III
9:00
Michele Franci
Immarsat CTO
Wednesday 7th September 2016
10:00
Coffee break
T4
Secure Communications: a Pillar for the Protection of Space Missions
10:30
12:30
14:00
16:00
16:30
Lunch break
W2.1
W2.2
Random Access and M2M
System II
Coffee break
Keynote Speech IV
The New Maritime VHF Data Exchange System - The Satellite Element Definition and the Norsat-2
SDR Satellite
Hans-Christian Haugli
Space Norway
17:30
14
Closure
ASMS/SPSC 2016
ASMS/SPSC 2016 Plenary Speakers
Monday 5th September
@ 9:00, Room Auditorium
Dino Flore
3GPP RAN, Chairman
Spain
LTE Evolution and Road to 5G
Abstract: 3GPP continues to improve the efficiency of LTE to meet
the increasing mobile broadband demand, while expanding the
LTE platform to new services and verticals. At the same time 3GPP
has started to work on the standardization of next generation
cellular technology, aka 5G, to address the expanded connectivity
needs of the future. The presentation will discuss the main features
being considered for the evolution of LTE and 3GPP initial plans for
5G.
Short Biography: Dino Flore received a M.S. degree in Electrical
Engineering from the Politecnico di Torino, Italy and a M.S. degree
in Mobile Communications from the EURECOM Institute, France, in
2000.
From 2001 to 2003 he worked at Arraycomm as Senior Research
Engineer. In 2003 Dino joined Qualcomm where he is currently
serving as a Senior Director of Technical Standards, with a
leadership role in the area of 3GPP RAN standardization.
Since 2005 Dino has contributed to the design, development and
specification of 3G and LTE systems through active participation in
3GPP RAN. From August 2009 to May 2013 he has served as
Chairman of 3GPP RAN WG3, the Working Group responsible for the
access network interfaces. In March 2013 he was elected Chairman
of 3GPP RAN, the Technical Specification Group with overall
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responsibility for the radio interface and access network for both
UMTS and LTE. The group recently started working on the
standardization of 5G.
Tuesday 6th September
Antonio Arcidiacono
Eutelsat, Director of Innovation
France
New Satellite Architectures and Services: a Holistic
Approach
Abstract: In the design of new satellite system architectures, and of
any new telecommunication system architecture in general, very
often the focus of new proponents is concentrated on the
advantages of one or a few elements in the value chain. This
approach has many times led to the conception of new systems
and services that have difficulties in finding a sound business thus
limiting the commercial and financial return to companies investing
in the new ventures.
Historically a technology push coming from satellite manufacturers
has very often been challenged by service operators looking for a
good level of return on necessary investments and so far resulted in
a continuous growth in the satellite market in the last decades.
Much less attention has been dedicated to the development of
innovative and cost effective ground segment equipment since the
big manufacturers of chipsets and terminals are not interested in
developing solutions for niche markets, like the one of satellitepowered systems. The only large-scale exception to this
disadvantageous situation has so far been the one represented by
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digital satellite broadcasting where DVB standard equipment and
chipsets have been and are produced in hundreds of millions of
units.
When analysing the opportunity cost of a service for a specific
market the overall costs including the ground segment and user
segment are normally taken into account. You should also take into
account the overall operational costs including licensing, marketing
and product distribution strategy as well as operational cost related
to the business model.
In analysing, for example, the costs in a typical HTS system
architecture you will easily discover that the total CAPEX at terminal
and ground segment level is often equal if not higher than the one
at space segment level. This becomes even more evident in the
case of LEO systems where the terrestrial gateway network and in
particular the end user terminal CAPEX dominates once the costs of
self-pointing terminals are taken into account. To reduce the impact
of the end user terminal costs the obvious solution proposed by
some proponents is to use the satellite to feed wide area terrestrial
gateways, 3G/LTE or future 5G gateways, and reduce in this way
the individual CAPEX per end customer. As a result, you will have to
take into account the optimization of a hybrid infrastructure,
including operational and maintenance costs, to obtain a real
advantage in terms of actual tariffs charged to the end users that
should remain competitive with those of native terrestrial solutions.
A similar cost structure has been so far proposed when dealing with
alternatives to GEO or LEO based solutions and in particular in the
case of high altitude balloons or platforms (HAPs) of various kinds. In
both cases the very limited on board payload mass and power
impose a more sophisticated and expensive terrestrial gateway
terminal that should track the HAP and that should interface with a
local wide area network gateway. For every system of these latter
categories the presence of a local operator taking care of
marketing and commercial operations for the proposed service(s)
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is key for a successful service deployment. Its proactive interest in
supporting technologies being part of the infrastructure under its
control, become therefore key in helping the deployment of any of
those services.
A variation to the typical Telco approach is the one experimented
by Facebook where they try to propose to potential customers a
“free” service where only a subset of internet contents is accessible.
In this way the overall business model can be sustained by the
advertising revenues generated by the very large number of
customers potentially attracted by a “free to air service”. This model
has been so far experimented using “voluntary” terrestrial operators
supporting Facebook efforts. Facebook has recently been
challenged by the Indian government mainly because the actual
return for any local entity becomes difficult to demonstrate. It seems
therefore key to look for business models which provide enough
local return to sustain part of the cost of the local operators.
In the proposed presentation an analysis of some key architectures,
combined or not with terrestrial infrastructures, and related
advantages and drawbacks will be presented.
Short Biography: Antonio Arcidiacono is the Director of Innovation
at Eutelsat. He is member of the Eutelsat Management Committee.
Graduated at Pisa University in 1985. He worked for Selenia Spazio
and Telespazio in Rome and at the European Space Agency (ESA)
in Paris.
With Eutelsat he was responsible for the launch of the Eutelsat Digital
TV offer, launching the first DVB platform in Europe in 1995. This
development has brought today Eutelsat to the distribution of more
than 6000 TV channels. He later became Eutelsat’s Head of
Multimedia Services Unit conceiving and developing the first DVB IP
services, from Satellite Internet Access services to Mobile
Broadband and Broadcast services.
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Since 2008, as Director of Innovation, Antonio leads a team of highly
qualified professionals. He drove the launch of the “Smart LNB”
initiative to provide Connected TV and M2M services via satellite.
More recently he has been at the origin of the development and
launch of the “Smart Beam” services, the first native IP broadcasting
service offer via satellite.
Founding member of the DVB project, he is member of the DVB
Steering Board since 1993. He was at the origin of the idea of
convergence between DVB and IP services in the mid 90’s and
Chairman of the group that defined the first DVB-IP standard.
He has published more than 100 papers and technical reviews at
international conferences and holds several patents.
Wednesday 7th September
Michele Franci
Inmarsat, CTO
United Kingdom
Short Biography: Michele Franci, CTO, Development and
Engineering, is responsible for the Inmarsat space and ground
infrastructure (network and access technology), and product and
service development. He is also in charge of the delivery of the
Global Xpress programme, bringing it to its commercial launch,
including regulatory and market access programs.
Michele has also been tasked to frame and develop a yield analysis
and management capability, and is responsible for the
infrastructure competition intelligence and analysis.
Prior to joining Inmarsat, Michele worked at SES from 2006 to 2012,
as SVP for Planning and Procurement, he was part of the
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Engineering management committee, responsible for the SES fleet
management, mission design and development, satellite and
launcher procurement and risk management. Before that, he
worked at Arianespace. From having responsibility for initial mission
management (including twelve launch campaigns) he rose to VP
Business Development, leading the marketing group, including
commercial strategy and proposals, long-term strategic
development and sales oversight. Between 2000 and 2005 he was
a member of Arianespace’s Board of Directors. Before that, Michele
spent five years with Fokker Space, as Program Manager of a
European multinational robotic arm development for use on the ISS.
He also spent one year at ESTEC’s advanced studies and simulation
department.
Hans-Christian Haugli
Space Norway
Norway
The New Maritime VHF Data Exchange System The Satellite Element Definition and the Norsat-2
SDR Satellite
Abstract: The maritime Automatic Identification System (AIS) has
been a great success and is used by more than 150,000 ships
globally. Even though satellite reception of these signals was not
envisaged, several satellite receive these ship transmissions and the
messages are used by Costal Administrations and other entities to
improve safety and efficiency of shipping. AIS is now extensively
used not only for collision avoidance, but also for costal two way
communications, and this traffic can in the future overload the
system. The VHF Data Exchange System (VDES) currently being
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defined by the International Association of Lighthouse Authorities
(IALA) is refining the ITU 2092-0 standard. VHF frequencies for the
terrestrial part and two channels for satellite (ASM) were allocated
at WRC 2015, additional frequencies for the two-way satellite will be
addressed at WRC-19.
It is expected that AIS and VDES will be combined as one piece of
equipment carried by most commercial ships in the future to
support a number of services related to electronic navigation.
The presentation will address the VDES-SAT design parameters and
considerations (physical layer and up) based on the latest updates
from the IALA working group and the Norwegian Norsat-2 satellite
scheduled for launch early 2017 which carries a VDES Software
Defined Transceiver and an 8 dBi deployable crossed Yagi antenna.
Short Biography: Mr. Haugli has played and worked with electronics
from the age of 8. During nearly 15 years at ESA and Inmarsat he
has been involved in propagation measurements, system design,
testing and operations of 6 mobile satellite communications
systems. As Chief Engineer at Vistar Telecom (now Skywave) he was
responsible for the GlobalWave system used to monitor and track
mobile assets on five continents using low cost battery operated
terminals.
He now works for Space Norway who under an ESA contract have
been active in defining the satellite part of the VDES system, Space
Norway has also procured a VDES test payload from Kongsberg
Seatex that will fly on Norsat-2 made by UTIAS, this payload will be
used by the Norwegian Defence Research Establishment to
characterize the VHF propagation channel.
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ASMS/SPSC 2016 Tutorials
@ 10:30, Room AUDITORIUM
Pantelis-Daniel Arapoglou
The Netherlands
Ricardo Barrios
Germany
Extremely High Speed Avenues for Space
Communications: Optical & W-band Waves
Abstract: The current telecommunications marketplace is
experiencing an ever increasing demand for high-speed services,
and the traffic demand for satellite broadband is expected to grow
six-fold by 2020. As part of the continuous migration towards higher
frequency bands, Optical & W-band waves offer the promise of
unprecedented bandwidth compared to current commercial
solutions, leveraging enough bandwidth capable to cope with mid
and long-term requirements. Together they can realize extremely
high speed avenues for space communications in inter-satellite and
feeder link applications. This tutorial focuses on giving a thorough
overview of the different aspects and challenges to be taken into
account when implementing GEO feeder links in the optical
domain and W-band waves, including physical layer, channel
model, modem, satellite payload and system level aspects.
Particular attention is given to the feeder uplink scenario, which—as
part of the forward link—presents itself as critical for the successful
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implementation of future extremely high throughput satellite
systems.
The tutorial will attempt to stress the practical challenges of these
high frequency RF and optical technologies, proposing also ways
forward in terms of necessary space and ground technology
development, as well as open research directions.
Short Biography: Pantelis-Daniel Arapoglou received the Diploma
degree in electrical and computer engineering and the Dr.Eng.
degree from the National Technical University of Athens (NTUA),
Athens, Greece, in 2003 and 2007, respectively. From September
2008 to October 2010, he was involved in postdoctoral research on
MIMO over satellite jointly supported by the NTUA and the European
Space Agency Research and Technology Centre (ESA/ESTEC), The
Netherlands. From October 2010 to September 2011, he was a
Research Associate with the Interdisciplinary Centre for Security,
Reliability and Trust (SnT), University of Luxembourg. Since
September 2011, he has been a Communications System Engineer
at ESA/ESTEC, where he is technically supporting R&D activities and
developments in the areas of satellite telecommunications, digital
& optical communications, and high data rate telemetry for Earth
observation applications. Daniel was a recipient of the Ericsson
Award of Excellence in Telecommunications for his diploma thesis in
2004 and of the URSI General Assembly Young Scientist Award in
2005. As a researcher, he has participated in the work of Study
Group 3 of the ITU-R in SatNEx III and in COST Action IC0802.
Currently, he is following SatNEx IV which is funded by ESA as well as
the CCSDS optical Working Group.
Ricardo Barrios received his B.Sc. in Electronics Engineering at
Universidad del Norte (Colombia) in 2006; M.Sc. in Photonics at
Universitat Politècnica de Catalunya (UPC) in 2010; and his Ph.D. in
Signal Theory and Communications at UPC in 2013. His Ph.D. thesis
was devoted to the proposal of a new fading channel model for
optical transmission through the turbulent atmosphere. His research
activities have included computerized numerical control (CNC)
systems, networking, embedded systems, intelligent transport
systems and free-space optical (FSO) communication. Since 2013
he is with the Advanced Optical Technologies group in the Institute
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of Communications and Navigation at the German Aerospace
Center (DLR). Currently his main field of interest is FSO systems for
GEO feeder link applications, adaptive optics and optical channel
modelling.
Luca Canzian
Qascom
Italy
Satellite-Based Interference Localization
Techniques
Abstract: Radio Frequency Interference (RFI) represents a serious
threat for the satellite industry: it is the single most important
operational problem affecting customer services on geostationary
satellites, causing the SATCOM industry to lose millions of dollars per
year; and it is classified as a major threat to navigation systems and
their users. In this context, it is becoming of critical importance to
design space systems that are able to localize the interference
source, allowing taking actions (e.g., sending the authorities to the
place the interference originates from) that can prevent future
repetitions of similar behaviours.
This tutorial will give an overview of localization approaches that are
based on processing the signal sent by a target, covering aspects
such as: 1) the extraction of basic features from the received signal,
which define loci of points within which the target may be located;
2) the computation of a position fix from multiple loci of points; and
3) the challenges associated to a satellite based localization
approach, with particular emphasis to a single satellite architecture.
In addition to it, the localization results obtained with a software
simulator developed by Qascom will be shown and discussed.
Short Biography: Luca Canzian received the B.Sc., M.Sc., and Ph.D.
degrees in Electrical Engineering from the University of Padova, Italy,
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in 2005, 2007, and 2013, respectively. From 2007 to 2009 he worked
in Venice, Italy, as an R&D Engineer at Tecnomare, a company
providing design and engineering services for the oil industry. From
September 2011 to March 2012 he was on leave at the University of
California, Los Angeles (UCLA). From January 2013 to April 2014 he
was a PostDoc at the Electrical Engineering Department at UCLA.
From April 2014 to April 2015 he was a PostDoc at the Computer
Science Department at University of Birmingham, UK. Since April
2015 he has been working in Bassano del Grappa, Italy, as an R&D
Engineer at Qascom, a company providing design and engineering
services for the satellite communication and navigation industry.
Currently, his main activity involves the design and analysis of
satellite-based interference localization techniques.
George C. Polyzos
Athens University of Economics and
Business
Greece
Information-Centric Networking for Content
Distribution and Integration of Satellite
Communications into the Future Internet
Abstract: Inspired by the observation that the Internet is increasingly
used for the dissemination of, or access to information, rather than
for pair-wise communication between specific end hosts,
Information-Centric Networking (ICN) is based on identifying
content, or information, at the internetwork layer and employing
information-awareness as the means for addressing a series of
limitations in the current Internet architecture. The Publish-Subscribe
Internet (PSI) architecture, a clean-slate ICN approach for the future
Internet, was designed to satisfy current and emerging user
demands for pervasive information delivery.
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After a brief introduction to ICN in general, this presentation will
provide an overview of the PSI architecture (developed through
two European projects, PSIRP and PURSUIT) and will also present an
overview of our current H2020 project POINT with goal to
demonstrate commercially viable deployment of existing services
over ICN. PSI provides native support for network layer caching,
multicast, multi-path and multi-source transport, security and
privacy, and seamless mobility, which make it an excellent platform
for ubiquitous multimedia information delivery for the future Internet.
We will also present as case studies support for a few different
applications and environments.
With video constituting the majority of all current Internet traffic and
its share increasing, any future Internet architecture should provide
tangible benefits for video and multimedia applications. ICN
architectures were designed with the specific goal of improving
content distribution on the Internet. We have considered and will
discuss to what extent various ICN architectures are appropriate
and ready for video traffic. We then will present how efficient
delivery of real-time multimedia information can be supported in
the PSI architecture, which places information at the heart of the
network layer and decouples the forwarding, path formation and
topology management functionalities. This design approach can
be highly beneficial for real-time communications, as it enables the
network to apply sophisticated mechanisms for multicast tree
construction, such as delivery over optimal Steiner trees. Initial
experiments with a proof-of-concept implementation of PSI
indicate the feasibility of realizing such optimization policies. Our
results show that significant bandwidth savings can be achieved at
the cost of small, un-noticeable to the end-users, delays in flow
establishment.
We also consider and illustrate key functionalities and gains when
using ICN, and PSI in particular, for integrating terrestrial and satellite
networks, still a major component for multimedia distribution today,
by jointly exploiting the advantages of each: transparent use of
terrestrial multicasting and satellite broadcasting, content-based
multipath transfer, and seamless mobility. Multipath content delivery
with Quality-of-Service (QoS) based routing is a powerful technique,
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offering bandwidth aggregation while keeping service latency low.
However, the realization of multipath QoS routing in IP networks is
not inherently supported and requires complicated extensions to
network operation. On the other hand, the PSI architecture natively
supports multicast, source routing and centralized path selection,
thus posing as promising terrain for QoS routing. Finally, in modern
access networks, ICN can be exploited in many ways to improve
performance and robustness in a flexible way. We will briefly present
two application scenarios that exploit key features of the PSI
architecture: secure publication proxy and multi-source mobile
video streaming.
Short Biography: George C. Polyzos, Professor of Computer Science
at AUEB, founded and is leading the Mobile Multimedia Laboratory
(MMlab). Previously, he was Professor of Computer Science and
Engineering at the University of California, San Diego, where he was
co-director of the Computer Systems Laboratory, member of the
Steering Committee of the Center for Wireless Communications,
and Senior Fellow of the San Diego Supercomputer Center. After
joining UCSD he focused his research on Internet based multimedia
and wireless communications with emphasis on multimedia
dissemination, automatic media adaptation and addressing
heterogeneity. More recently, Prof. Polyzos and the MMlab
participated in the FP7 projects PSIRP and PURSUIT that developed
the Information-Centric Networking (ICN) Publish-Subscribe Internet
(PSI) architecture and the ESA-funded project
SAT, which
investigated “The Role of Satellite in Future Internet Services,” and
he co-authored a comprehensive survey article on ICN. Prof.
Polyzos was also an organizer of the EIFFEL Think Tank, on the
Steering Board of the Euro-NF Network of Excellence and head of its
“Socio-Economic Aspects” and “Trust, Privacy and Security” joint
research activities and now participates in the SatNEx-IV network.
Dr. Polyzos received his Diploma in EE from the National Technical
University, Athens, Greece and his M.A.Sc. in Electrical Engineering
and Ph.D. in Computer Science from the University of Toronto. He
has been reviewer or panelist for many research funding agencies,
including the European Commission, the US NSF, the California
MICRO program, the Swiss NSF, the European ERA-Net, and the
Greek GSRT; he has also been on the editorial board and guest
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editor for scientific journals, on the program committees of many
conferences and workshops and is currently the chair of the
Steering Committee of the ACM SIGCOMM conference on
Information-Centric Networking and on the Steering Committee of
the Wireless and Mobile Networking Conference, WG 6.8, IFIP TC6.
His current research interests include Internet architecture and
protocols, ICN, wireless networks and SATCOM, mobile multimedia
communications, ubiquitous computing, security, privacy, and
performance evaluation of computer and communications
systems.
Ignacio Aguilar Sánchez
The Netherlands
William Halimi
Thales Alenia
France
Secure Communications: a Pillar for the Protection
of Space Missions
Abstract: This tutorial will introduce the audience to secure
communications as a fundamental building block of modern space
mission security engineering. We will start with an introduction to
security and security engineering as a systems engineering
discipline. We will present the typical organization of security
engineering methodologies. We will discuss the particular context
of space missions and their security problems. We will break down
the space mission security problem into its main elements: space
asset, ground asset and mission products protection. We will shortly
present the various types of missions like Earth observation,
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telecommunications and navigation, illustrating the particulars of
these mission domains with examples.
We will focus on the communications between the space and
ground segments, which play a critical role on mission operations
and mission products delivery and, therefore, can be the subject of
various threats. We will identify the most common security objectives
applicable to these communication links and will detail the various
security
services
with
corresponding
countermeasures
implemented to protect the communications. In particular, we will
present the data link layer (authentication, encryption and
authenticated encryption) and physical layer (linear and
cryptographic spread spectrum) security countermeasures.
Cryptography and key management are fundamental
complements of these countermeasures and we will discuss their
main tenets. We will introduce relevant secure communications and
cryptographic algorithm standards in support of space missions like
the Consultative Committee for Space Data Systems (CCSDS)
Space Data Link Security (SDLS) protocol. This protocol provides a
modular add-on security service to the very popular CCSDS
Telecommand (TC), Telemetry (TM) and Advanced Orbiting Systems
(AOS) space link protocols.
To conclude we will outline current directions of space mission
security research of interest like physical layer security and network
security, the latter very relevant for future constellations with intersatellite links. Furthermore, we will outline the ongoing work on SDLS
extension.
As a complement of this tutorial we will provide ample bibliography
for those participants interested in further pursuing the study of this
fascinating engineering discipline.
Short Biography: Ignacio Aguilar Sanchez received a M.Sc. in
Telecommunications Engineering from Polytechnic University of
Catalonia, Barcelona, Spain in 1986 and an MBA from the Open
University, United Kingdom in 1997. He has been with ESA for more
than 20 years. He is a Communications Security expert at ESTEC. He
has been involved with the definition and development of TC and
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TM communications security solutions for a number of ESA projects
(GALILEO, Copernicus Sentinels 1 to 3, SEOSAT, Meteosat Third
Generation, ARTES, MetOp Second Generation). He has supervised
research and development activities concerning security functions
both at radio and data level. Prior to this he was the lead
Communications System Engineer for the Automated Transfer
Vehicle (ATV) during its design and development phase. This mission
included a TC Security function as well as spread spectrum
communications. Before he had organized and conducted In-Orbit
Testing for an ESA Telecommunications Payload. He started his
career with ESA on the HERMES project as a Reliability and Safety
Engineer.
William Halimi received the Electronic Engineer Diploma from the
ENSEEIHT high school of Toulouse FRANCE in 1979. He works since 20
years in Thales Alenia Space (TAS) in Toulouse, on Satellite / Ground
communications links security. As TAS France security engineering
group manager, he has been technical lead for most
Telecommunication & Observation space data links authentication
and/or encryption systems designed & developed by TAS. He has
driven some R&T Security study with CNES (2009 and 2014) and
presented security contributions to last ESA TTC workshops (2007,
2010 and 2013).
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Special Tracks
Monday 5th September / Tuesday 6th September
@ 10:30, Room LLULL
Constantinos Papadias
Athens Information Technology (AIT), Greece
Tinku Rasheed
CREATE-NET Research Center, Italy
ST1: Hybrid Terrestrial Satellite Networking and
Services
The continuously growing volume of mobile data, further assisted by
the densification of base stations & access points places an
increasingly heavy burden on the backhaul segment of the
network. Leveraging the satellite segment as a way to relieve some
of this burden is an approach that has been recently gained
traction. For example, LTE/4G access served by satellite backhaul
has been recently demonstrated, leading to a growing consensus
that satellites should be part of the 5G networks. This vision is further
exacerbated by the broadband and broadcast capabilities of
satellites, as well as their wide area coverage that enables access
at affordable cost and disaster resilience.
Based on the above, this proposed special track is focused around
the concept of hybrid satellite / terrestrial networks that can serve
jointly and in a better way the increasing backhauling needs of
current, emerging and future mobile networks. Given the immaturity
of the field, a number of key issues have yet to be explored, ranging
from the required network architecture to the modelling of the
involved channels (at 18GHz and 28 GHz) and interference, to the
development of interference avoidance / mitigation techniques,
possibly assisted by antenna arrays, to the definition of network
virtualization and software defined networking for better end-toend service provisioning.
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The proposed special session is fueled by a number of recent results
in two EU (H2020) research projects that are active in these research
areas: SANSA (www.sansa-h2020.eu), which focuses on ensuring
high capacity and resilience of these types of hybrid networks
assisted by advanced antenna systems and VITAL (www.ictvital.eu), which targets SDN- based, federated resource
management for a unified control plane that would allow operators
to efficiently manage and optimise the operation of hybrid SatComTerrestrial networks.
@ 14:00, Room LLULL
Alberto Ginesi
European Space Agency (ESA), The Netherlands
Ana Isabel Pérez-Neira
University Politècnica de Catalunya (UPC) / Centre Tecnològic
de Telecomunicacions de Catalunya (CTTC), Spain
ST2: Ubiquitous Broadband Access
The satellite telecommunication market is currently living a
technology revolution thanks to the success of High Throughput
Satellites (HTS). The need for high speed interconnectivity
everywhere on the planet is driving the satellite operators to very
advanced technical solutions both at satellite and ground segment
level. In particular, the need to provide a cost competitive high
throughput connectivity to a wide geographical area with a typical
large traffic spatial and temporal variability, is driving the system
design to new paradigms in terms of flexibility of the resources as
well as satellite design and production methods.
In this special track, some of these key aspects are presented by
speakers representing some of the most successful and innovative
satellite operators.
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@ 14:00, Room LLULL
Stefano Cioni
European Space Agency (ESA), The Netherlands
Sandro Scalise
German Aerospace Center (DLR), Germany
ST3: Applications and Technologies for Messaging
and IoT/M2M over Satellite
The booming of applications in the areas of Internet of Things and
Machine to Machine will play a prominent role in the upcoming
development of 5G standard. Satellite telecommunication can
play an important role whenever truly worldwide availability, even
in very remote areas and across national borders is required.
Especially interesting are those applications scenarios where very
large populations of terminals spread over large geographical
areas need to sporadically transmit small amount of data.
In this special track, some of the most recent innovation
technologies and developments are presented by speakers
representing some of the most successful and innovative satellite
operators and manufactures.
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Detailed Technical Program
Monday 5 th September 2016
10:30 — 12:30
M1.1 — ST1.1: Hybrid Terrestrial Satellite Networking and Services Resource Allocation Techniques
Room: LLULL
Chairs: Constantinos B. Papadias (AIT, Greece), and Tinku Rasheed
(CREATE-NET Research Center, Italy).
♦ Opening Remarks
Prof. Ana Isabel Pérez, Project Coordinator, H2020 Project SANSA.
Shared Access Terrestrial-Satellite Backhaul Network enabled by Smart
Antennas (SANSA) scenarios, requirements and KPIs
Georgios Ziaragkas (Avanti Communications, United Kingdom).
♦
♦ The SANSA End-to-end System Architecture
Jose Núñez-Martínez (CTTC, Spain), Jorge Baranda (CTTC, Spain).
Antenna-Assisted Interference Mitigation Techniques for Terrestrial /
Satellite Backhaul Networks
Constantinos Papadias (AIT, Greece).
♦
Resource Allocation and Interference Mitigation for Hybrid Satellite /
Terrestrial Backhaul Networks
Christos Tsinos (University of Luxembourg, Luxembourg).
♦
Round Table Discussion: “What are the key technologies that we should
target for boosting the spectral efficiency of hybrid terrestrial / satellite
backhaul networks?”
Participants: presenters.
♦
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14:00 — 16:00
M2.1 — Propagation and Link Adaptation
Room: LLULL
Chairs: Pantelis-Daniel Arapoglou (ESA, The Netherlands), Carlos
Mosquera (University of Vigo, Spain).
Attenuation Forecasts Model Exploiting Short Range Probabilistic
Weather Forecasts
Isabelle Dahman and Nicolas Jeannin (ONERA, France), Philippe
Arbogast (Meteo France, France), Bouchra Benammar (Centre
National d'Etudes Spatiales (CNES), France).
♦
Tropospheric Propagation Forecasts for Smart Gateways Switching
Algorithms
Nicolas Jeannin, Isabelle Dahman and Laurent Castanet (ONERA,
France), Vivien Pourret (Météo France, France), Béatrice
Pouponneau (Météo-France, France).
♦
Modeling Rain Fields for Earth Space Propagation Applications by an
Autoregressive Modeling Approach
Simone Formentin, Lorenzo Luini and Carlo Capsoni (Politecnico di
Milano, Italy), Roberto Nebuloni (Ieiit - Cnr, Italy), Diego Liberati
(Consiglio Nazionale delle Ricerche (CNR), Italy).
♦
♦ Adaptive Network Coding Schemes for Satellite Communications
Alaeddine Gharsellaoui (University of Bologna, Italy), Samah A. M.
Ghanem (Huawei R&D Labs, Sweden), Daniele Tarchi and
Alessandro Vanelli-Coralli (University of Bologna, Italy).
♦ Link Adaptation in Mobile Satellite Links: Field Trials Results
Anxo Tato and Carlos Mosquera (University of Vigo, Spain), Iago
Gómez (Centro Tecnoloxico de Telecomunicacions de Galicia
(Gradiant)).
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14:00 — 16:00
M2.2 — ST2: Ubiquitous Broadband Access
Room: AUDITORIUM
Chair: Alberto Ginesi (ESA, The Netherlands), Ana Isabel Pérez-Neira
(UPC, CTTC, Spain).
♦ Unplugged Broadband Access
Ignacio Sanchis (HISPASAT, CCO).
♦ OneWeb Global Access
Tony Azzarelli (VP Regulatory and Policy – OneWeb).
♦ Innovations in User Terminals for Medium Earth Orbit Satellites
Ashok Rao (VP Advanced Technology Development
Innovation- O3B).
and
Dynamic Resource Management in Multi-Applications High Throughput
Satellites
Jean-Pierre Choffray (VP Solution Engineering – SES).
♦
Evolution of ViaSat High Capacity SatCom Network and Applications to
Fixed and Mobile Services
Ferdinando Tiezzi (VIASAT, Managing Director).
♦
16:30 — 18:30
M3.1 — Interference Mitigation
Room: LLULL
Chairs: Ana Isabel Pérez-Neira (CTTC, Spain), Alessandro VanelliCoralli (University of Bologna, Italy).
Multicast Multigroup Precoding for Frame-Based Multi-Gateway Satellite
Communications
Dimitrios Christopoulos (University of Luxembourg & SnT,
Luxembourg), Harri Pennanen (University of Oulu, Finland), Symeon
Chatzinotas (University of Luxembourg, Luxembourg), Björn
Ottersten (University of Luxembourg, Luxembourg).
♦
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ASMS/SPSC 2016
Low Complexity Decentralized Code Division Multiplexing Multi User
Detection for Multibeam Satellite Forward Link
Riccardo De Gaudenzi (European Space Agency (ESA), The
Netherlands), Martina Angelone (European Space Agency, The
Netherlands), Gennaro Gallinaro (Space Engineering S.p.A., Italy).
♦
Symbol-Level Precoding with Per-antenna Power Constraints for the
Multi-Beam Satellite Downlink
Danilo Spano and Symeon Chatzinotas (University of Luxembourg,
Luxembourg), Jens Krause (SES, Luxembourg), Björn Ottersten
(University of Luxembourg, Luxembourg).
♦
A Comparative Study of Frame-based Precoding Methods for
Multibeam Satellite Communications
Dimitrios Christopoulos (University of Luxembourg & SnT,
Luxembourg), Stefano Andrenacci and Symeon Chatzinotas
(University of Luxembourg, Luxembourg), Zoltán Katona and Stefan
Erl (German Aerospace Center (DLR), Germany), Pantelis-Daniel
Arapoglou (European Space Agency, The Netherlands), Björn
♦
Low Complexity Transmit Processing for Multibeam Satellite Systems with
Non-Linear Channels
Alberto Mengali and Farbod Kayhan (University of Luxembourg,
Luxembourg), Bhavani Shankar Mysore R (Interdisciplinary Centre
for Security, Reliability and Trust & University of Luxembourg,
Luxembourg), Björn Ottersten (University of Luxembourg,
Luxembourg).
♦
16:30 — 18:30
M3.2 — Networking
Room: AUDITORIUM
Chairs: Tomaso De Cola (German Aerospace Center (DLR),
Germany), Giovani Giambene (University of Siena, Italy).
♦ Network Coding and MPTCP in Satellite Networks
Giovanni Giambene, Doanh Kim Luong and Van Anh Le (University
of Siena, Italy), Muhammad (University of Siena).
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A Collaborative Trust Management Scheme for Emergency
Communication Network Using Delay Tolerant Networks
Philip Asuquo, Haitham Cruickshank, Chibueze P Anyigor Ogah, Ao
Lei and Zhili Sun (University of Surrey, United Kingdom).
♦
SatSel: A Satellite Selection Algorithm to Reduce Delivery Time in DTNNanosatellite Networks for Internet Access in Rural Areas
Marco Cello (Nokia Bell Labs, Ireland), Mario Marchese (DISTUniversity of Genoa, Italy), Fabio Patrone (University of Genoa, Italy).
♦
LTP Robustness Enhancements to Cope with High Losses on Space
Channels
Nicola Alessi (University of Bologna, Italy), Scott C Burleigh (Jet
Propulsion Laboratory, California Institute of Technology, USA), Carlo
Caini (University of Bologna, Italy), Tomaso De Cola (German
Aerospace Center (DLR), Germany).
♦
♦ Evaluation System for LTE Backhauling Over GEO-Satellites
Marius Corici (Fraunhofer FOKUS, Germany), Frank Burkhardt
(Fraunhofer Institute for Integrated Circuits IIS, Germany), Ilie
Gheorghe Pop (Fraunhofer FOKUS, Germany), Thomas Schlichter
(Fraunhofer IIS, Germany), Stefan Covaci (Technische Universität
Berlin, Germany), Adam Kapovits (Eurescom GmbH, Germany),
Guray Acar (European Space Agency - ESTEC, The Netherlands).
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Tuesday 6 th September 2016
10:30 — 12:30
T1.1 — ST1.2: Hybrid Terrestrial Satellite Networking and Services –
Software Defined Networking
Room: LLULL
Chairs: Constantinos B. Papadias (AIT, Greece), and Tinku Rasheed
(CREATE-NET Research Center, Italy).
♦ Opening Remarks
Dr. Tinku Rasheed, Project Coordinator, H2020 project VITAL.
♦ SatCom Integration with LTE-Based Core Network Emulator
Thomas Heyn (Fraunhofer IIS, Germany).
Towards Virtualised SatCom Networks for Satellite-Terrestrial Integration:
VITAL system architecture
Ramon Ferrus (University Politecnica Catalunya, Spain).
♦
♦ Seamless Air-to-Ground Communications in Europe
Tinku Rasheed (CREATE-NET Research Center, Italy).
On the techno-economic aspects of SDN/NFV applicability in the
SATCOM industry
Harilaos Koumaras (National Center for Scientific Research
Demokritos, Greece).
♦
Round Table Discussion: “What are the key challenges of flexible
networking hybrid terrestrial / satellite backhaul networks?”
Participants: presenters.
♦
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ASMS/SPSC 2016
14:00 — 16:00
T2.1 — Coding and Transmission
Room: LLULL
Chairs: Giulio Colavolpe (University of Parma, Italy), Svilen Dimitrov
(German Aerospace Center (DLR), Germany).
♦ Combining Faster-than-Nyquist and SC-OFDM
Damien Castelain, Cristina Ciochina-Duchesne and Arnaud Bouttier
(Mitsubishi Electric R&D Centre Europe, France), Fumihiro Hasegawa
(Mitsubishi Electric Corporation, Japan).
♦ Turbo Code Design for Short Blocks
Thomas Jerkovits and Balazs Matuz (German Aerospace Center
(DLR), Germany).
♦ State Transparent Convolutional Decoder for the Galileo Open Service
Paolo Crosta (European Space Agency (ESA), The Netherlands),
Gabriele Pirazzi (INTECS SpA, Italy).
♦ Exploiting Orthogonality in DVB-S2X Through Timing Pre-Compensation
Stefano Andrenacci and Symeon Chatzinotas (University of
Luxembourg, Luxembourg), Alessandro Vanelli-Coralli (University of
Bologna, Italy), Stefano Cioni (European Space Agency & ESTEC,
The Netherlands), Alberto Ginesi (ESA/ESTEC, The Netherlands), Björn
♦ QAM to Circular Isomorphic Constellations
Farbod Kayhan (University of Luxembourg, Luxembourg).
14:00 — 16:00
T2.2 — ST3: Applications and Technologies for Messaging and
IoT/M2M over Satellite
Room: AUDITORIUM
Chair: Stefano Cioni (ESA, The Netherlands). Sandro Scalise
(German Aerospace Center (DLR), Germany).
♦ TBD
Daniele Finocchiaro (Eutelsat).
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ASMS/SPSC 2016
How the SmartLNB effectively fits current and prospective IoT/M2M
market needs and challenges
Javier Taibo (CEO, Egatel).
♦
Space Engineering strategy and roadmap to low data rate applications
of SatCom
Sabino Titomanlio (Head of Business Development and Commercial
Operations, Space Engineering S.p.A).
♦
M2M/IoT Communication Protocols over Satellite: Opportunities and
Challenges
Konstantinos Liolis and Frank Zimmer (SES).
♦
16:30 — 18:30
T3.1 — Signal Processing
Room: LLULL
Chairs: Wilfried Gappmair (Graz University of Technology, Austria),
Björn Ottersten (University of Luxembourg, Luxembourg).
♦ Non-linear Distortion Noise Cancellation for Satellite Forward Links
Svilen Dimitrov (German Aerospace Center (DLR), Germany).
Advanced Transceiver Schemes for Next Generation High Rate
Telemetry
Alessandro Ugolini, Michelangelo Ricciulli, Yuri Zanettini and Giulio
Colavolpe (University of Parma, Italy).
♦
Advanced Signal Processing Techniques for Fixed and Mobile Satellite
Communications
Pol Henarejos (Centre Tecnologic de Telecomunicacions de
Catalunya (CTTC), Spain), Ana Pérez-Neira (CTTC, Spain), Nicolò
Mazzali (University of Luxembourg, Luxembourg), Carlos Mosquera
(University of Vigo, Spain).
♦
Joint Synchronization of Symbol Timing and Carrier Frequency Using the
Extended Zero-Crossing Property
Wilfried Gappmair (Graz University of Technology, Austria), Harald
Schlemmer (Joanneum Research, Austria), Alberto Ginesi
(ESA/ESTEC, The Netherlands).
♦
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ASMS/SPSC 2016
Experimental Verification of Intermodulation Distortion Models for
Multicarrier Satellite Systems
Thomas Delamotte (Universität der Bundeswehr München,
Germany), Andreas Knopp (Munich University of the Bundeswehr,
Germany).
♦
16:30 — 18:30
T3.2 — System I
Room: AUDITORIUM
Chairs: Jean-Pierre Choffray (SES, Luxembourg), Alberto Ginesi (ESA,
The Netherlands).
System Capacity Evaluation of DVB-S2X Based Medium Earth Orbit
Satellite Network Operating at Ka Band
Charilaos Kourogiorgas (National Technical University of Athens,
Greece), Daniele Tarchi (University of Bologna, Italy), Alessandro
Ugolini (University of Parma, Italy), Pantelis-Daniel Arapoglou
(European Space Agency, The Netherlands), Athanasios D.
Panagopoulos (National Technical University of Athens, Greece),
Giulio Colavolpe (University of Parma, Italy), Alessandro VanelliCoralli (University of Bologna, Italy).
♦
Smart Gateways Designs with Time Switched Feeders and Beam
Hopping User Links
Argyrios Kyrgiazos, Barry Evans and Paul Thompson (University of
Surrey, United Kingdom).
♦
Radio Resource Management Strategies for DVB-S2 Systems Operated
with Flexible Satellite Payloads
Giuseppe Cocco and Tomaso De Cola (German Aerospace
Center (DLR), Germany), Martina Angelone (European Space
Agency, The Netherlands), Zoltán Katona (German Aerospace
Center (DLR), Germany).
♦
The Impact of Feeder Link Interference in Multiple Gateway Multibeam
Satellite Systems
Vahid Joroughi and Carlos Mosquera (University of Vigo, Spain).
♦
♦ On Capacity Measures for Multi-Beam Satellite Systems Analyses
Nader Alagha (European Space Agency, The Netherlands), Andrea
Modenini (ESA, The Netherlands).
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ASMS/SPSC 2016
Wednesday 7 th September 2016
14:00 — 16:00
W2.1 — Random Access and M2M
Room: LLULL
Chairs: Giuseppe Cocco (German Aerospace Center (DLR),
Germany), Riccardo De Gaudenzi (ESA, The Netherlands).
Enhancement of MARSALA Random Access with Coding Schemes,
Power Distributions and Maximum Ratio Combining
Karine Zidane (ISAE, France), Jerome Lacan (University of Toulouse,
France), Mathieu Gineste (Thales Alenia Space, France), Caroline
Bes (CNES, France), Camille Bui (Thales Alenia Space, France).
♦
Detection and Combining Techniques for Asynchronous Random
Access with Time Diversity
Federico Clazzer and Francisco Lázaro (German Aerospace Center
(DLR), Germany), Gianluigi Liva (DLR - German Aerospace Center,
Germany), Mario Marchese (DIST- University of Genoa, Italy).
♦
Modelling Discontinuous LEO Satellite Constellations: Impact on the
Machine-To-Machine Traffic and Performance Evaluation
Hugo Chelle (Airbus Defence and Space, France), Michael Crosnier
(University of Toulouse, IRIT-ENSEEIHT & Astrium, France), Vincent
Deslandes (Airbus Defence & Space, France), Riadh Dhaou
(IRIT/ENSEEIHT, University of Toulouse, France), André-Luc Beylot
(University of Toulouse, France).
♦
Modeling and Performance Analysis of Ultra Narrow Band System for
M2M
Mehdi Anteur (Airbus Defence & Space & Université de Toulouse,
IRIT Lab, France), Vincent Deslandes (Airbus Defence & Space,
France), Nathalie Thomas and André-Luc Beylot (University of
Toulouse, France).
♦
MUSTANG: The Ultimate Integrated System for IoT & M2M
Communications
Vincent Deslandes (Airbus Defence & Space, France).
♦
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ASMS/SPSC 2016
14:00 — 16:00
W2.2 — System II
Room: AUDITORIUM
Chairs: Barry Evans (University of Surrey, United Kingdom), Jens
Krause (SES, Luxembourg).
♦ Terrestrial-Satellite Integration in Dynamic 5G Backhaul Networks
Xavier Artiga (Centre tecnològic de Telecomunicacions de
Catalunya (CTTC), Spain), José Núñez-Martínez (Centre Tecnologic
de Telecomunicacions de Catalunya, Spain), Ana Pérez-Neira
(CTTC, Spain), Gorka Juan Lendrino Vela and Juan Mario Faré
García (Thales Alenia Space España, Spain), Georgios Ziaragkas
(Avanti Communications ltd, United Kingdom).
Frequency of Arrival-based Interference Localization Using a Single
Satellite
Ashkan Kalantari (University of Luxembourg, The Interdisciplinary
Centre for Security, Reliability and Trust (SnT), Luxembourg), Sina
Maleki and Symeon Chatzinotas (University of Luxembourg,
Luxembourg), Björn Ottersten (University of Luxembourg,
Luxembourg).
♦
Full-Duplex Operation in Two-Way Broadcast Service for Maritime
Applications
Tomas Ramirez and Carlos Mosquera (University of Vigo, Spain).
♦
♦ Future Ground Beamforming
Gennaro Gallinaro (Space Engineering S.p.A., Italy), Stefano Cioni
(European Space Agency & ESTEC, The Netherlands), Felice Vanin
(ESA, The Netherlands), Oriol Vidal (Airbus Defense and Space,
France), Graham Huggins (Airbus Defense and Space, United
Kingdom), Markus Gross (SES, Luxembourg), Stefano Andrenacci
and Symeon Chatzinotas (University of Luxembourg, Luxembourg),
Emanuele Tirrò (Space Engineering S.p.A., Italy).
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ASMS/SPSC 2016
Study and Implementation of a Next Generation Regenerative on Board
Processor Emulator
Roberto Romanato (Space Engineering, Italy), Giuseppe D'Angelo
and Gennaro Gallinaro (Space Engineering S.p.A., Italy), Hartmut
Brandt (German Aerospace Center, Germany), Hermann Bischl
(German Aerospace Agency (DLR), Germany).
♦
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Room Floors
Level —1
46
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Ground Level
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Level 3
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ASMS/SPSC 2016
General Information
Venue
The conference will take place at:
Grand Hotel
Address: Plaza de Weyler, 3 07001, Palma de Mallorca, Spain
Tel. +34971178500 / Fax +34971722120
Proceedings
All papers accepted and presented at the conference will be
published in the proceedings (Memory Stick). The proceedings will
be handed out to all delegates attending the event.
Badges
Delegates will receive badges for the conference showing their
name and company. All the participants are kindly requested to
wear their badge throughout the conference, even at social
events. Lost Badges will not be replaced. A new registration will be
mandatory.
Official Language
All sessions will be held in English only.
Insurance
The organisers may not be held responsible for any injury to
participants or damage, thefts and loss of personal belongings.
Participants should therefore make their own insurance
arrangements.
Electricity and Europlug
Authors presenting from their laptop are kindly asked to have
connectors available from mains to be able to plug. Connectors are
available at most international airports or cities stores. Most hotels
have adapted connectors at information desk, in the rooms, or at
business centre.
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ASMS/SPSC 2016
Social Program
Welcome Reception
5th
On Monday
of September, guided tour in Palma de Mallorca is
offered to the delegates. During the tour, the assistants will enjoy the
warmness and charm of Palma and it will conclude with a cocktail
at Es Baluard, the Modern Art Museum of Palma de Mallorca.
♦
♦
Guided tour starting location: Grand Hotel venue, at 19:15.
Cocktail reception: Es Baluard, at 20:00.
Address: Plaça de la Porta de Santa Catalina, 10, 07012
Palma de Mallorca.
Gala Dinner
The Gala Dinner will take place on Tuesday 6th of September at
20:30. Delegates attending the gala dinner have to be present at
19:45 at the entrance of Grand Hotel, where several buses will be at
their disposal to take them to the restaurant location. All the
participants are kindly requested to bring with them the Gala Dinner
ticket.
Address: Mhares Sea Club
L'Oronella, s/n. Urb. Puig de Ros, Llucmajor
www.mharesseaclub.com
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ASMS/SPSC 2016
ASMS/SPSC 2016 Visitor Information
Palma de Mallorca is a modern
cosmopolitan city with a
wealth of things to do, and it
welcomes visitors with open
arms all year round. The city is
an
excellent
base
for
excursions and for discovering
the corners of the rest of the island. All of Mallorca’s attractions are
within about an hour by car, making getting around the island
comfortable and practical. This means that you can organise your
stay so that, from the capital, you can plan visits to the Serra de
Tramuntana mountains (with many hiking trails), the north of the
island, with its beaches and its enchanting scenery, the coves and
the natural wonders of the east of the island, the long sandy
beaches of the south and the rural and gastronomic world of the
interior. The choice is yours!
Monument: Consell Insular
The Consell Insular de Mallorca,
situated next to the City Hall, is
Mallorca's current governing body.
The building's origins can be traced
back to the old Provincial
Deputation, a state institution of
the early 19th century that had this
palace built, with a notable neoGothic façade designed by the
architect Joaquín Pavía y Birmingham, in 1882. The interesting
sculptural details are the work of the artist Llorenç Ferrer i Martí.
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ASMS/SPSC 2016
Mallorca Cathedral: La Seu
The Cathedral is Mallorca’s most
emblematic monument, as it
perfectly synthesises the last eight
centuries of its history. The image
of a great ship on the sea
dominating the bay of Palma with
its beauty and presence first
surprises visitors before arousing
their curiosity and becoming a
symbol of the island’s historical and spiritual heritage. Built next to
the Mediterranean, the Cathedral leads a monumental ensemble,
evoking the cultures that came before the conquest of Madina
Mayurqa, on 31 December 1229, by James I, the King of Aragon
and Count of Barcelona. James the Conqueror, following the habit
of the time, consecrated the old mosque to the Virgin Mary and
prepared to build a new church in the style of the era. There is
documentary evidence from 1230 relating to the work on the
Cathedral.
Historic Garden S’Hort del Rei
S’Hort del Rei was a mediaeval
garden located outside the
walls of the Almudaina palace
that existed until the 19th
century when the area was
developed. It enjoyed a
golden age in the early 14th
century in the times of King
James II of Mallorca, and there
were fruit trees, flowers and
vegetable gardens. Animals such as rabbits were also bred there. In
the 1960s, as part of the plan for restoring the surroundings of the
Almudaina palace, the buildings on this site were demolished in
order to put in new gardens in a historical style, designed by the
Mallorcan architect Gabriel Alomar. He combined traditional
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ASMS/SPSC 2016
elements of Mallorcan gardens, such as a pergola, with other
elements of Andalusian inspiration, like a pond with fountains
reminiscent of the one in the Alhambra. However, this new layout
has little relationship with the mediaeval one.
Palma de Mallorca City Hall
This building, with its 17th
century exterior and 19th
century interior is located in
Plaza de Cort, Palma’s focal
point. It was originally the seat
of the Jurados, the executive
branch of the old Kingdom of
Mallorca. With the changes in
the government, that took
place in the 18th century,
Palma council inherited the building as well as the furnishings of the
former University of the Kingdom. In its interior its picture gallery
stands out, especially its collection of paintings of notable figures of
the Kingdom of Mallorca.
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ASMS/SPSC 2016
Notes
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ASMS/SPSC 2016
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58
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