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1Slide 1
GA
LILE
O
GALILEO
Directorate General of Energy and Transport
European Commission
2Slide 2
GA
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OGALILEO DEFINITION
PHASE RESULTS
3Slide 3
GA
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O
International negotiations
Security requirements
Users requirements
PPP
GalileoOverall Architecture
GalileoSat
Pre
limin
ary
inpu
ts fr
om G
NS
S-2
For
um,
Gal
ileo
Com
mun
icat
ion,
ES
A s
tudi
es, e
tc.
Rep
ort t
o E
U a
nd E
SA
Cou
ncils
Definition Phase
EGNOS integration
DEFINITION PHASE ACTIVITIESDec 99 Dec 2000
Search & Rescue
4Slide 4
GA
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O GALILEO SERVICES
5Slide 5
GA
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OPosition accuracy and integrity
1.E-09
1.E-08
1.E-07
1.E-06
1.E-05
1.E-04
1.E-03
1.E-020.001 0.01 0.1 1 10 100 1000
Inte
grity
Ris
k /h
r
specialist professionaltransport
high volume
TrainControlTrack survey Harbour
DockingSpace Docking
6Slide 6
GA
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OKey performance needs
– Accuracy:• 50% of applications are satisfied by~4 m,
• 80% of applications satisfied by~1 m.
– Availability:• 30% of applications are satisfied by99%,
• 80% of applications are satisfied by99.9%.
– Integrity:• 35% of applications are satisfied byan integrity
risk/hour of 1x10-4,
• 90% of applications are satisfied byan integrity risk/hour of 1x10-6.
7Slide 7
GA
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O MissionRequirements
•User needs•Cost/Benefits analysis•Security requirements•Safety requirements
•Standard Issues
•Interfaces issues•International issues
•Legal & Institutional issues•Frequency Issues
•PPP objectives
Overviewof MissionRequirements
GALILEO Requirements
GALILEO Global, Regional & Local Components
User Terminal
SIS ICD & MOPS
Othersystems
8Slide 8
GA
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O
GALILEO ARCHITECTURE
9Slide 9
GA
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OGALILEO ARCHITECTURE (1/2)
� Constellation: 30 MEOs (“Walker 27/3/1 + 3 in-orbit spares”)� Best solution in terms of robustness, performance
homogeneity including northern lattitudes� Global Navigation Service including integrity.
� Ground Integrity Channel concept.� World-wide coverage disseminated through
MEO broadcast� Galileo and GPS/(GLONASS) satellites
integrity� Channels available for non-European
States/Regions wishing to generate their own integrity information (up to 8)
10Slide 10
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OGALILEO ARCHITECTURE (2/2)
� Local Componentsinvestigated for various types of applications� Mandatory for some applications performances� Multimodal use enhancement
� User Segment� User Segment concept covering hybridisation, use of
other systems and use of GPS/GLONASS.� Design to cost approach to be implemented during the
development phase to ensure the competitiveness on the user market
� SAR serviceImplementation� RAMS and Security analyses to comfort the design
choices in the early steps of the design phase
11Slide 11
GA
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OGALILEO OVERALL
ARCHITECTURE
User Terminal
Global Component
IntermediaryService Provider
Local Component
Regional Components
outsideEurope
externalsystems
othersensors
Signal In Space
Service Customer
ExternalEntities
• Time-Ref.UTC
• Geo-Ref.ITRF
ExternalSystems
• mod. GPS• Glonass• LORAN-C• ...
Galileo SAR
System Administration and Operation
SAR
12Slide 12
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OLOCAL COMPONENTS
• Implementation of Local Components
– Galileo System design• Local Components as integral part of the Galileo
System• LC service will be provided by Galileo Service Centres
– External Service Provider• use Galileo global SIS (e.g. Open service)• can be part of a package to provide value added
services
• Local Component Techniques• Differential Satellite Positioning Techniques• Ground Based Integrity Monitoring • Ground Based Ranging Sources (Pseudolites)
13Slide 13
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OEGNOS first mission: provide GPS integrity in Europe.
Evolutions of EGNOS:
EGNOS mission and future evolution.
1 Integration into GALILEO. 2 Adaptation to the GPS modernisation.
3 Extensions outside Europe.
Preliminary assessment
in the definition phase.
Will have to be harmonised with the provision of a global service by GALILEO.
Applying the European 2 steps approach outside Europe.
14Slide 14
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OA vision for services evolution: 3 phases.
Phase 1
2003 2008
EGNOS service (GEO)
GALILEO+ EGNOS services
(MEO and GEO)
GALILEOservices (MEO)
Long term
Phase 2 Phase 3
2015
GALILEO & GPS integrity by MEO
This transition plan will be flexible to accommodate long term market demands and user needs.
~
15Slide 15
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O
GALILEO MARKET
&
COST BENEFIT ANALYSES
16Slide 16
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OMarketsMarketsMarketsMarkets User User User User ForaForaForaFora
ServicesServicesServicesServices
ArchitectureArchitectureArchitectureArchitecture
CostsCostsCostsCosts
•Strategic goalsStrategic goalsStrategic goalsStrategic goals
•SocioeconomicSocioeconomicSocioeconomicSocioeconomic
•RevenuesRevenuesRevenuesRevenues
EC CBA
17Slide 17
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OEuropean GNSS Market
2005
Car Navigation23%
Mobile Phones73%
Aviation1%
Fleet Mgt1%
Augmentation1%Leisure
1%Surveying1%
Market Size €6Bn
18Slide 18
GA
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OGlobal GNSS Market Size
0
500
1,000
1,500
2,000
2,500
3,000
2000 2005 2010 2015 2020
Galileo Share
19Slide 19
GA
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O
GPS alone: 55% urban coverage
GPS+GALILEO: 95% urban coverage
GALILEO: liability and
guarantee on quality of service
GALILEO: certification for Safety of Life
GALILEO: local elements
etc.
GALILEOGALILEOGALILEOGALILEO discriminatorsdiscriminatorsdiscriminatorsdiscriminators
20Slide 20
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OOVERALL PROGRAM COSTS
� B€ 3,25B overall programme cost over 2000-2007
� Development and validation phase : B€ 1,1
� Deployment phase : B€ 2.15
� B€ 3,25B overall programme cost over 2000-2007
� Development and validation phase : B€ 1,1
� Deployment phase : B€ 2.15
DEVELOPMENT AND
DEPLOYMENT
COSTS
DEVELOPMENT AND
DEPLOYMENT
COSTS
� assessed M€ 220
yearly beginning in 2008
� assessed M€ 220
yearly beginning in 2008
RECURRING
COSTRECURRING
COST
� € 80 M
(EC and ESA)� € 80 M
(EC and ESA)
DEFINITION PHASE
COSTDEFINITION PHASE
COST
21Slide 21
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O2001-2005 2006-2007 2010 2015 2020
Annual averages
Net user benefits 0 0 1,990 4,740 7,630
GALILEOGALILEOGALILEOGALILEO BenefitsBenefitsBenefitsBenefits totototo UsersUsersUsersUsers
New Services:
- Aviation, - Rail, - S&R, - Inland waterways, - Robotics, etc.
Complementary GPS + GALILEO:
- Route guidance for all road vehicles, - Advanced road driver assistance, - Land survey,- GIS mapping, etc.
22Slide 22
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O
Validation and Development
Phase
23Slide 23
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OGeneral Roadmap Logic
2001 2002 2003 2004 2005
Mission Doc.
System Doc.
GALILEO Consolidation Development and validation
5th Framework Prgm
6th Framework Prgm
+ Important milestones :
System Test bed availability,
• World RadioConference (WRC-2003)
• Flight model(s) availability
• EGNOS availability
• Agency
• International discussions, Enlargement
24Slide 24
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ODevelopment and Validation:
• Consolidation of Mission and System requirements
• Components, Equipment, subsystem and
system developments for
• Space Segment
• Ground Segment
• Local Elements prototyping and
wide scale demonstration
• Generic Receivers development
• Early positioning, navigation and timing marketing
• Mapping and Synergy with other systems (GMES)
• European Radionavigation Plan
• Enlargement
25Slide 25
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ODevelopment and Validation:
• Maximum use of Ground simulations
• Early experiments on a test satellite (till 2003)
- Atomic clocks
- Signal Characteristics
• First flight model launch: 2005
• Constellation deployment: 2006
• Progressive services provision
• General service
• Commercial service
• Public service
26Slide 26
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O
GALILEO
Studies Activities
27Slide 27
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O1. Local Elements Definition
AM, 18 months, mid-2001
2. Impact of Interoperability on system
definition
AM, 18 months, end-2001
3. Frequencies allocation and protection,
Certification and Standardisation
AM, 36 months, end-2001
4. Development and optimal use of satellite
navigation for all modes of transport
SC, 36 months, end-2001
5. Detailed Service Analysis
Sub-Task 1: AM, 36 months, mid-2001
Sub-Task 2: SC, 36 months, mid-2001
6. Legal, Institutional and Regulatory
framework
AM, 24 months, end-2001
1 Local
2 Interoperability
3 Freq. Std. Certif.
4 Pilot projects
5 Services
6 Framework
AM: Accompanying Measure
SC: Shared Costs
28Slide 28
GA
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O2001 2002 2003 2004 2005
Mission
System
GALILEO Consolidation Development and validation
1- Local elements
2- Interoperability
3- Freq., Std, Certif.
4- Pilot projects
5- Services
6- Framework
Fifth Framework Program: Roadmap Logic
29Slide 29
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EuropeanEuropeanCommiss ionCommiss ion
ESTBReference station
ESTBProcessing Facil ity
NLES
Hartebeeshoek(South Africa)
Kourou(French Guyana)
AOR-EIOR
EEGNOS System Test Bed (ESTB)GNOS System Test Bed (ESTB)
Ready for Application DemonstrationsReady for Application Demonstrations
to be complemented with Mediterranean Test Bed - MTB