Companies which attended Fundamental Elements Info Day

© 2011/12/13/14/15/16 ARIC Aachen - all rights reserved 1

GNSS/Galileo

LTE (4G) for vehicle-to infrastructure-

communication (V2I)

pWIFI for vehicle-to-vehicle communication

(V2V)

Test- and Development Center on GNSS & Connected Mobility

The automotiveGATE

The railGATE

We are member of

Galileo

Pseudolites

Reference-

Station Monitor-and

Control-Station

4G/LTE-

Stations

Aerial view by ARIC with courtesy of tim-online.nrw.de

Contact: Martin Pölöskey call:+49-173-2730 440 mail: [email protected]

© 2011/12/13/14/15/16 ARIC Aachen - all rights reserved 2

GNSS Dynamic Calibration Site

(AGIT)

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Lage

(lo

kale

s Sy

ste

m, n

ich

t ge

no

rdet

)

Geo-referenced

observation poles

(rel. accur. < 1 mm)

Geo-referenced

tracks

Dynamically testing, validation and calibration of positioning sensors

Gang car as carrier platform

incl. Device Under Test

Drive tracked and recorded by total station

Funded by EU

Aerial view by ARIC with courtesy of tim-online.nrw.de

Contact: Martin Pölöskey call:+49-173-2730 440 mail: [email protected]

2 of 3

Software development tools

Physical IP – Design of the building blocks of the chip

Processor and Graphics IP – Design of the brain of the chip

Power MgmtBluetooth

Cellular Modem

WiFi

SIM

GPS

Flash Controller

Touchscreen& Sensor Hub

Sensor Hub

Camera

Apps Processor

ARM IP and Technology Products (Virtual Components)

� Advanced consumer products are incorporating more and more ARM technology –from Processors and Multimedia-IP; to Software Tools and Utilities.

Early software development onVirtual Platforms

3 of 3

ARM Interests in the GSA Call ...

� We are Available to Partner in a Proposal for "Low-End Receiver Core Technology"

� Well placed to assist with system architectural and performance evaluation ...� ARM IP knowledge and access

� Modeling experience, software tools, sensor fusion, power optimization, etc.

� Contacts with global Silicon & Systems companies, and Component suppliers

� Able to bring ARM technology to the Project for pre-commercial use� Subsequent production to be licensed as normal

� Contact:� Emre Ozer ([email protected]) or myself, Ian Phillips ([email protected])

� Both based in ARM HQ, Cambridge, UK.

(Note: ARM does not Design or Manufacture chips)

Ian Phillips 8Mar16

CEIT was created by the University of Navarra

Overview of CEIT-IK4 research center

Non profit Research Centre300 people120 Phd

MaterialsApplied MechanicsElectronics & CommunicationsEnvironmental EngineeringMicroelectronics & MicrosystemsBiomedical Engineering

Knowledge areas

Member of research alliance1200 people100M€ Turnover

RF Design Group

Electronics Design Group

Digital Design Group

Software Design Group

Antenna Design Group

Examples-Industrial Sector

• Analog design using Cadence -> RF and mm-Wave• ASICs design employing VHDL -> ASIC• On-wafer test and characterization

Expertise on

Low power GPS and GALILEO RF Front-EndEPC Gen2 UHF RFID System

All Rights Reserved. No part of this document may be reproduced, stored, or transmitted,

without the prior written permission of DEIMOS Space SLU (Photos ESA, Eumetsat)

Satellite Navigation (GNSS)

• DEIMOS is actively involved in all the European GNSS programmes since 2001: • Galileo: DEIMOS is responsible for three critical elements of Galileo Ground

Segment: • MGF: Message Generation Facility • MSF: Mission Support Facility (Reference Orbits and Clocks, HSISA and

PREC) • RDG: Raw Data Generator

• EGNOS V3: responsible for the performances and definition of the Data

Processing Segment of EGNOS V3

• GNSS Evolution: new integrity concepts (RAIMS), Inter-satellite links, Autonomous Satellite Navigation, Real Time Orbit Determination, etc

All Rights Reserved. No part of this document may be reproduced, stored, or transmitted,

without the prior written permission of DEIMOS Space SLU (Photos ESA, Eumetsat)

Receiver and Applications (GNSS)

• Multiple GNSS tools developed: • GRANADA GNSS SW Rx - Design and Application Environment • ESA Test User Segment • GNSS Receiver Performance Analysis tool

• Hardware based receiver:

• Receiver prototype based on COTS Hardware with user access to low level data • GPS and Galileo dual frequency (E1/L1 and E5a+b/L5) with 50 channels • Possible applications:

• GNSS-Reflectometry Applications (e.g. biomass, altimetry) , • Custom made DSP and Real-time data grabber streaming to PC

• Relevant projects:

• mapKITE is a Galileo GSA-funded project where a tandem terrestrial-aerial mapping system collects geodata for corridor mapping.

• COREGAL is a Galileo GSA-funded project where a low cost unmanned aerial platform and service for biomass mapping.

• AGGA4 Receiver Chip Emulation: Software simulation environment for the development and test of navigation SW targeting AGGA-4-based receivers

• Navigation in HEO/GEO/GTO/Moon orbits: Software simulation environment for the feasibility analysis of GNSS-based navigation for Lunar missions

EnduroSat designs, engineers and integrates remarkable CubeSat

platforms

Our Mission

http://endurosat.com

EnduroSat Innovations

  Up to 50% increased payload volume

  Up to 5X faster production and delivery

  Up to 5X better performance

  Designed as a multipurpose platform

  Capability for mass production

  Ideal test bed for new technologies

© Fraunhofer IIS 2

Fraunhofer Institute for Integrated Circuits IIS Our expertise

The Fraunhofer Institute for Integrated Circuits IIS is one of the world’s leading application-oriented research institutions for microelectronic and IT system solutions and services.

Fraunhofer IIS conducts top-level research for the immediate benefit of industry and the greater good of society.

For more than 20 years, positioning has been one of the key areas of expertise at Fraunhofer IIS’s Nuremberg location

100 engineers develop tailor-made prototypes and systems for partners and clients

Over 10 different positioning technologies are used in fields as diverse as production, logistics, automotive, trading and leisure

Contact: http://www.iis.fraunhofer.de/en/ff/lok/proj/goose.html

© Fraunhofer IIS 3

Fraunhofer IIS We provide GNSS-Receiver hardware

1. Integrated GPS/EGNOS/Galileo/GLONASS Receiver

Includes analog front-end and digital baseband, supports the processing of a large number of GNSS signals

High precision using two frequency bands

2. GPS-Galileo-Receiver hardware development platform with open software interface for e.g. deeply coupling

Embedded platform PC platform

Smart antenna

Development chain:

GNSS Centre of Excellence (GCE) was founded in 2012

• Professional association of legal entities

• Founding members:

- ANSP of Czech Republic

- Czech Railways

- Railroad infrastructure directorate

- Road & motorway directorate

• Associated members:

- SMEs

- R&D companies & R&D centres

- Universities

• Czech & Slovak overlay

GNSS Centre of Excellence

1 8.3.2016 Fundamental Elements Info Day

GNSS Centre of Excellence

8.3.2016 Fundamental Elements Info Day 2

Main objectives:

• To promote the development of GNSS applications in the Czech Republic via cooperation of the founding members with industry and the academic sphere

• To bridge demand for applications with R&D capability and potential of Czech (and Slovak) companies.

• To accelerate the development and deployment of applications based on EGNOS and in the future on GALILEO

• To promote the image of the members of the association as innovative companies that develop and use modern technologies

Activities (examples):

• Database of R&D companies and GNSS related products / projects

• Coordinator of the H2020 project „CaBilAvi“

1

ISS founded in 1994

•Cofounded with them the Czech Space Alliance in 2006

•ISS won 50% of all Czech industry contracts in PECS

•ISS won more contracts in the industry incentive scheme than other Czech companies

•ISS won the 1st ESA competitive contract (ACS prime)

•ISS continues in the top group of CZ contracts

•ISS Managing Director repeatedly voted the CSA president

•12 years ESOC staff member, and in space since 1975

2

Developed several tools for ESA:

Educational tools – SBAS TeACHER (encode/decode message), SBAS MeNTOR (encode/decode sequence of messages)

SBAS Simulator (system volume simulator developed in Java, capable of xDOP, xDOC, continuity, xPL, accuracy – and other – simulations)

EVORA (real-time GNSS performance analysis tool, reads GNSS data via NTRIP from e.g. IGS stations, produces through-out assessment of GNSS performance over area).

MCLTGA/SENDAI (post-processing GNSS performance analysis, contains fast ARAIM in C and clock-orbit errors, using SP3 products)

About us Leading European independent economic consultancy

Dedicated team specialised in the space sector (2007+)

Expertise in market quantification, socio-economic impact

assessment, business / investment case evaluation

Established working partnerships with leading market and Rx technology experts

Proven track record and unrivalled reputation as

experts in the economics of space

About me Greg Sadlier, Associate Director

Head of Space team, London Economics

13 years professional consulting experience

‘Expert’, IAF Space Economy Technical Committee

Continuous support to GSA MKD since 2010: • GNSS market quantification & forecasting (MMFP)

• 8 segments, >80 applications, 6 regions

• GNSS Market Reports (Modellers & lead authors)

• Cost-Benefit Analysis & Impact Assessments

• Global GNSS Industry Database

• Technology Monitoring Process

• R&D impact analysis

• User requirements

• Etc …

What can we offer to you?

Independent, reputable market assessments,

Business Plans and Cost-Benefit Analysis

that the GSA know and trust

Greg Sadlier

London Economics +44 (0)20 3701 7707 | [email protected]

londoneconomics.co.uk/aerospace | @LE_Aerospace

www.m3systems.net P. 1 November 2015

ENGINEERING SERVICES & PRODUCTS

Simulate, Collect, Process and Improve trajectories

for critical applications

GNSS signal

processing

Multipath reject

Multi sensor fusion

Test & measurement

Solutions based on

NI Platforms

Data collection

and mobile

applications

www.m3systems.net P. 2 November 2015

Urban Delivery (Wallonia Region)

Autonomous Vehicle (GSA projects)

Key R&D Domains

UAV Applications • Reflectometry ( MISTRALE – GSA) • ATM insertion (SKYOPENER – GSA)

GNSS algorithms & SDR • RX DGA ( French MOD) • MIMOSA & hybridisation ( National R&D) • CLEE virtual Platform (Regional R&D) • NAVISHUR – GNSS & IMU ( French MOD)

Critical ITS applications

Contact points : M3S France: Mark DURY – [email protected] M3S Belgium : Olivier DESENFANS – [email protected]

Nottingham Geospatial Institute

World Leading Geospatial Research

– Fifty year heritage

– Education, training & research

– Business engagement & support

– Experience with ESA/EC funding

Positioning & Navigation Technologies

– Robust & resilient, multi-constellation GNSS

– Terrestrial positioning & inertial sensors

– Adaptive data processing & integration

– GNSS Receivers & signal processing

Indoor Navigation

– Collaborative, context aware, multi-sensor

Transport Applications

– Aerospace, pedestrian, rail, road, maritime

Nottingham Geospatial Institute

Nottingham Geospatial Institute

Advanced GNSS Research

– Multi-constellation GNSS

– Robust and resilient GNSS (ARAIM)

Simulation & Testing

– Advanced GNSS simulation & modelling

– Specialised testing facilities

Knowledge Transfer & Business Engagement

– Proposal writing & project management

– Contacts across many application domains

– Dissemination, training and outreach

What we can Offer

All rights reserved © 2016 Qascom S.r.l.

GNSS Authentication & Robust PNT

Italian SME: engineering services/products in GNSS,

authentication, software/hardware security, cryptography,

cyber intelligence

Currently designing and developing GNSS authentication

schemes for Galileo Commercial Service (E6), Open

Service (E1) and EGNOS

RF interference geo-location solutions for space, ground infrastructures and

mobile assets

GNSS threats simulators and security testbeds:

With interference and authentication features

For testing of professional and mass market receivers

For applications like road, timing, railways, LBS, avionics

All rights reserved © 2016 Qascom S.r.l.

Available solutions for robust GNSS

receivers

Galileo Open & Commercial Service authentication

implemented in receivers

Server based remote processing of PVT and authentication

Anti-spoofing and anti-jamming technologies for mass

market and professional receivers:

Autonomous and assisted

Inertial Sensor, DSP, Navigation, signal of opportunities

SDR receiver (E1, E6)

Software and hardware security

GNSS

Connectors

Metal Shielding

SEC micro

Tamper detection Mesh

UART

Interface

UFL

Connector

SUP

Epoxy glue

Inner layers

Digital Inertial Sensor

INS AntispoofingModule

Odometer

PVT

InterfaceCOTS GNSS Rx

Antenna 1

Antenna 2

DSP Spoofing Mitigation

Authentic PVT

PC

Authentic PVT

Section 2b: DSP Antispoofing

Section 1: INS Antispoofing Section

Alessandro Pozzobon Samuele Fantinato

[email protected] [email protected]

Qascom S.r.l., Italy www.qascom.com [email protected] ph. +39 0424 525473

© Copyright QinetiQ Limited 2015 COMMERCIAL IN CONFIDENCE

QinetiQ Secured Navigation

Depended on when accurate position and timing is mission-critical

QinetiQ’s Secured Navigation solutions allow our users to receive, trust and rely on their position, navigation and timing information, in the most demanding environments and circumstances, where that information is mission-critical.

From public safety to soldiering to weapons, and from CNI to mission critical commercial applications, our varied Government and civil customers necessarily demand exceptional GNSS receiver performance:

• High accuracy across environments (urban canyons to high latitudes)

• High resilience to interference (accidental and deliberate)

• High robustness (multiple constellations, frequencies and services)

• High dynamics (acceleration, speed, spin, time to first fix)

• High ease of integration (interfaces, size, weight and power, non-ITAR, low user burden)

Underpinned by broad GNSS, security and engineering skills from which we also provide consultancy, R&D and solution services.

1

© Copyright QinetiQ Limited 2015 COMMERCIAL IN CONFIDENCE

SecNav Capabilities and Solutions

2

[Source: © ESA - P. Carril]

Next Generation

Q40/Q50 OS/PRS Receivers

PRS Q35 MC/MF SEM-E Receiver

IOV PRS Receiver

Test User Receiver (Instrumentation)

NextGen Receiver Roadmap

QinetiQ Q20 GPS Chipset QinetiQ Autonomy Research GPS Anti-Jam Antenna (GAJT)

Achieving World firsts in Galileo, PRS and beyond

Sogei S.p.A. - Sede Legale Via M. Carucci n. 99 - 00143 Roma

Sogei

8°March 2016 1

Sogei was created in 1976 to develop a modern Tax Information System, in order to automatically manage checks on income tax returns and to monitor tax withholdings

Since 2002, following the acquisition of the entire share capital by the Ministry of Economy and Finance, the company has become the IT partner of the Financial Administration, and has developed the fiscal administration's IT systems and relevant services for Italian Tax Revenues Agency, Customs Agency, other Institutions

Today Sogei is an integral part of the Italian tax system, and continues to develop ad hoc solutions for modernizing and automating the Public Administration

2014 Financial Statements Data

Profit

21.379 M €

Employees

2145

Member of:• Galileo Services• RTCM

Roberto Capua

Sogei S.p.A. - Sede Legale Via M. Carucci n. 99 - 00143 Roma

Sogei’s Research and Development Projects

8°March 2016 2

GRDNet (GNSS R&D Network): Multi-Reference Stations GNSS Augmentation Network able to provide 24/7 services for High Accuracy Positioning; manufacturer-neutral Software

Sogei GNSS SDR: GNSS Software Receiver, it is a Software Receiver running in Real-Time on Notebook and Tablets able to work with GPS/EGNOS/Galileo and to perform RTK; Internally designed Front-End and Software

Geopoi® (Geocoding points of interest): a cutting edge Web Mapping Framework offering an easy way to navigate into a representation of the whole country (with location intelligence and geographic context analysis)

Roberto Capua

Tomasz Borejko GSA Fundamental Elements Info Day – Prague, 8 March 2016 1

Dual-constelation GALILEO and GPS receiver in nanometer CMOS technology for precise positioning

of mobile objects

Tomasz Borejko, Ph.D.

ChipCraft Sp. z o.o.

Warsaw University of Technology, POLAND

Tomasz Borejko GSA Fundamental Elements Info Day – Prague, 8 March 2016 2

Technical data Simultaneous signals reception from two systems: Galileo and GPS

Simultaneous dual-frequency reception: L1/E1: 1575.42 MHz and L5/E5: 1176.45 MHz

SBAS signals reception: EGNOS (Europe), WASS (USA), MSAS (Japan)

Position accuracy: < 1 m (pseudoranges), < 20 cm (carrier phase)

Time To First Fix (TTFF): hot start < 2 s, cold start < 35 s

Additional wire communication protocols i.a.: UART, SPI, I2C, RS-485

PPS output with time synchronization error < 10 ns

Low power consumption

Dedicated multi-band antenna

Fast acquisition and tracking of multiple satellites simultaneously

NMEA, proprietary format and raw data output

Evaluation board with a reference design for system integrators (OEM)

Ionospheric corrections in real time regardless of SBAS

Proprietary multi-core 32-bit embedded navigation microprocessor

The Locating Company

Company Profile

1

TeleOrbit GmbH, Nuremberg, Germany

TeleOrbit GmbH is a privately owned marketing and sales company providing innovative satellite

navigation technologies and solutions incorporating satellite navigation, satellite communication and

geoinformation.

TeleOrbit closely cooperates with strategic partners Fraunhofer IIS, Germany and TeleConsult

Austria.

TeleOrbit develops and operates GNSS based services and provides project and quality management

consultancy support.

TeleOrbit established an exclusive distributor network for most important Asian & Pacific and

American regions.

© TeleOrbit GmbH | March 2016

The Locating Company

Technology Products

2

GNSS Simulation & Receiving Technologies / Products

© TeleOrbit GmbH | March 2016

GIPSIE® - Software Simulation Tools

GPS, Galileo, GLONASS, BeiDou, QZSS, IRNSS, and SBAS satellite constellation

and signal simulation software.

GTEC© - GNSS Front-end & Up-converter

High-end GNSS ultra wide band L-/S-band radio frequency recording and

replaying technology.

GIMT - GNSS

Interference

Monitoring

Jamming

- detection

- classification

- localisation

© TeleConsult Austria GmbH

© Fraunhofer IIS

© TeleConsult Austria GmbH

© 2014, Thales Alenia Space

���������� ���� �����������������������

GNSS Ground Reference Stations

RIMS-B

EGNOS V2 RIMS-E S/S

EGNOS V3 RIMS-V3 S/S

GALILEO GRCN IOV/FOC

IONO MONITORING RECEIVERS (GISMO/MISW/BELS)

GNSS User and Safety-of-Life Receivers

• TEST USER RECEIVER

• RAIL User Terminal

• SW RECEIVER and SW Tools

• PEGASUS Galileo Platform

GNSS User and Safety-of-Life Receivers

• TEST USER RECEIVER

• RAIL User Terminal

• SW RECEIVER and SW Tools

• PEGASUS Galileo Platform

3

© 2014, Thales Alenia Space

TAS GNSS Capabilities & Technologies

4

GNSS RX

Design

Capabilities

• Full internal Receiver design capability

• Algorithms modeling and simulation

• System Level, Mission and Performance Analysis

• Development & Qualification processes according to ECSS, DO-178/278/254,

GSWS, DRD920

Technology

Coverage

• Digital Channel Correlators based on AGGA and on proprietary GALVANI

Virtex FPGA design

• Proprietary Signal Processing SW for GPS/GAL/GLO

• Proprietary Navigation Processing SW

• Integrity Processing with EGNOS/GALILEO and RAIM

• Multi-sensor Data Fusion filtering

• Full SW Radio design (SWAN)

• Performance analysis tools and Orbital Analysis

• Proprietary SW Simulation tools

Downstream

Market

• Long lasting expertise in Search & Rescue

• At the origin of LBS in the early 2000’s

• Expertise on Rail and Maritime Applications

• High Accuracy, Critical and Secured Applications

• Patents on Timing Applications

•

•

•

•

• True distance measurement based on time-of-flightbetween two or more TraceWave nodes

• 3-D angle measurement between TraceWave nodes

• Uses 2.4 GHz and/or 5.8 GHz bands

• Low-power wireless communication link of 1 Mbps

• Range: indoors typically 30 m, outdoors 300 m

• Accuracy: typically 10 cm @ 10 m

• Ideal combination with Galileo GNSS

© 2016 TraceWave GmbH – Company Confidential Page 1

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© 2016 TraceWave GmbH – Company Confidential