Paul Verhoef Programme Manager EU satellite navigation programmes European Commission EUROPEAN COMMISSION European GNSS Programmes EGNOS and Galileo.

Paul VerhoefProgramme ManagerEU satellite navigation programmesEuropean CommissionEUROPEAN

COMMISSION

European GNSS ProgrammesEGNOS and Galileo

1. EGNOS

2. Galileo

3. EU-USA

Presentation content

1. EGNOS

2. Galileo

3. EU-USA

Presentation content

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EGNOS: GPS augmentation service

INMARSAT AOR-E (15.5°W), ARTEMIS (21.3°E), INMARSAT IOR-W (25°E)

EGNOSService Area

EGNOS SatelliteFootprints

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Definition Phase

Deployment Phase

2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018 2019

EG

NO

SP

rogr

amm

eP

hase

s

EGNOS TimelineRegional Infrastructure & Services

IOP … Initial Operations

Operational Phase (Long Term Operations, Extensions, Replenishments)

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EGNOS Performance (January 2009)

The deployment of additional RIMS in Northern Europe, Southern Europe, and Northern Africa will increase the coverage area of APV-1 Availability.

APV … Approach with vertical guidance

Source: Service Management Report ESSP for January 2009

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EGNOS Performance (March 2007 – August 2008)

Accumulative Signal in Space (SIS) Availability

0,00%

10,00%

20,00%

30,00%

40,00%

50,00%

60,00%

70,00%

80,00%

90,00%

100,00%

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Date

% S

IS o

f la

st 2

8 d

ays

EGNOS is already broadcasting signals of excellent quality.Signal in Space availability has been continuous since January 2008*.

* with exception of 28 December 2008

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EGNOS Programme Status

. EGNOS is already broadcasting signals of excellent quality

. 2009:

» Assets have been transferred from ESA to the European Community in April 2009

» First EGNOS operator contract as of 1st April 2009

» New OS ICD release planned for autumn 2009

» Lease completed of an EGNOS transponder to replace ARTEMIS as of 2011

» Procurement action ongoing for replacement of a 2nd EGNOS transponder

» Geographical service extension is under study

. 2010:

» SOL declaration of "entry into service" planned for mid-2010 (after certification milestone)

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Depending on the extension area, technical implementation may vary from:

• Homogeneous extension with deployment of additional RIMS• Regional infrastructure including additional processing capabilities

MEDA

Middle-East

Eastern Europe

EGNOS potential extensions

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. Service Provision Improvements ►short/medium term

. Coverage Evolution» Eastern Europe, MEDA, Middle East/ACAC ►medium term» Africa ►medium/long

term

. Frequency Evolution» Extension to the E5a/E5b frequency decided on ARTEMIS replacement

. Evolution of Standards ►long term» Standardisation of E5a and E5b, L1 CBOC on-going» Augmentation of new GNSS

. Additional Services» LPV200 service level ►medium term

(2011) EGNOS capability to meet this service level currently under technical evaluation

» EGNOS time service ►medium term » Possible critical communication message

EGNOS Service Evolutions

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Accuracy Integrity Availability Continuity

E112 n/a

Non Reg LBS n/a

eCall n/a n/a

Truck Telematics n/a n/a

Pay as you drive n/a n/a

Freight multimodality

Dangerous goods -

perishables

Specialist tracking

HGV - Livestock -City Logistics

APV

A-SMGCS (Aircraft Gnd

Vehicles)n/a

Rail Shunting n/a n/a

Other professional High Precision n/a

Precision

agriculture (OS)n/a

Precision agriculture (HPP)

n/a

Inland waterways

Traffic management &

surveillancen/a

Farming

EGNOS appls

Markets

EGNOS Performance & Value Add

LBS

Road

Aviation

1. Size of circles indicates importance of each attribute of EGNOS to the market,(large = very important)

2. The extent to which EGNOS meets these attributes is identified by the colour: green … meets requirements red … does not meet

3. Integrity may be useful to Road applications, primarily RUC, but there little awareness of the value or potential role or need for it.

4. Precision agriculture in OS includes crop spraying, yield management and field / plot measurement

EGNOS Value Added (versus GPS)

n/a

EGNOS Value Added

1. EGNOS

2. Galileo

3. EU-USA

Presentation content

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Definition Phase

Development / IOV Phase

Deployment Phase

Exploitation Phase

2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018 2019

Gal

ileo

Pro

gram

me

Pha

ses

Galileo TimelineGlobal Infrastructure & Services

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Galileo Implementation Plan

Galileo System Testbed v1Validation of critical algorithms

Galileo System Testbed v22 initial test satellites

In-Orbit Validation4 IOV satellites plus

ground segment

Full Operational Capability 27 (+3) Galileo satellites

2003

2005

2010

2013

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Galileo Test Satellites

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.Giove-A launched on 28 December 2005

» Secured Galileo frequencies

.Giove-B launched on 27 April 2008

» First Passive Hydrogen Maseratomic clock ever flown

» Implementation of CBOC signal

» Working as expected

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Galileo IOV vs FOC

Component IOV Phase FOC Phase

Satellites 4 27(+3)

Control Centres 1 3

Mission Uplink Stations 5 9

TT&C Stations 2 5

Sensor Stations 20 30-40

IOV (In Orbit Validation), FOC (Full Operational Capability)

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IOV Ground Segment Sites

Cordoba GSS

Troll GSS

Alaska GSS

Hawaii GSS

Papeete ULS/GSSEaster Island GSS

Washington GSS

Svalbard ULS/GSS

Kiruna TTC

Redu GSS

Fucino GSS

Riyadh GSS

Reunion ULS/GSS

South Africa GSS

Kourou

TTC/ULS/GSS

Urumchi GSS

Perth GSS

New Caledonia

ULS/GSS

S. Korea GSS

Sensor Stations

Up-Link stations

TT&C stations

Control Centres

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Galileo FOC Procurement

.Contract notice: 1 July 2008

.Infrastructure procurement in 6 work packages

.Operational Capability in 2013

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Galileo ProcurementRetained Candidates

Work Package Retained Candidates

1. System Support .ThalesAleniaSpace (IT) .Logica (NL)

2. Ground Mission Segment .ThalesAleniaSpace (FR) .Logica (UK)

3. Ground Control Segment . Astrium (UK) .G-Nav grouping represented by Lockheed Martin IS&S (UK)

4. Space Segment .Astrium (DE) .OHB System (DE )

5. Launch Services .Arianespace (FR)

6. Operations . Nav-up grouping represented by Inmarsat (UK) . DLR (DE) and Telespazio (IT)

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Council and

European Parliament

European GNSSProgramme Committee

European Commission

Independantadvisors

European Space Agency

Developmentcontracts

Deploymentcontracts

…GNSS Agency…

Political oversight

Programme oversight and Programme Management

Executionde

lega

tion

assi

stan

ce a

ndde

lega

tion

Updated Governance

1. EGNOS

2. Galileo

3. EU-USA

Presentation content

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EU-USA

. Common approach with regard to an overall GNSS strategy

» Solving the compatibility issues and enhancing interoperability

» Developing a common GNSS standard for Safety of Life

» Coordinating inputs to UN ICG/Providers’ Forum

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EU-USA

. Galileo and GPS are compatible and interoperable

» Thanks to detailed and lengthy bilateral discussions through Working Groups, established by the EU US 2004 Agreement and following close monitoring by the senior levels chaired by US DoS and EC

» Excellent results to-date• MBOC common modulation• National Security Compatibility Compliance• GGTO implemented on IOV and tested on GIOVE

. But, many more joint efforts are needed to ensure C&I for all GNSS

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E6E5a E5 E5b L1

L5 L1

L3

LEX (E6)L5 L1

E6 L1

COMPASS

GNSS Compatibility & Interoperability

IRNSS

E5b

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EU-USA

. Other issues

» Trade working-group• Further definition of « non-discriminatory approach to trade in GNSS

goods and services (WTO) • Discussion on IPR aspects of Galileo R&D • Galileo spectrum in U.S. National Table of Frequency Allocations• Joint outreach (GPS-Galileo fact sheet etc)• Procurement of GPS and Galileo

» Security• Sofar: Export controls, technology control• Next: Endorsement of new legal basis for exchange of classified

information • Protection/hosting of ground stations • Security roles and responsibilities

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EU-USA

. Safety of Life Service: common GNSS standard

» 1st generation SBAS (WAAS EGNOS MSAS GAGAN) has reached a good level of maturity, but are based on GPS only

» Galileo has designed a SoL standard

» Integrity concepts likely to evolve with increasing number of constellations

» Other constellations are interested in developing built-in integrity

» Users need a single interface, single standard

» Need common vision for the future

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Thank you for your attention.

SOURCE