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EPOS –IP (Implementation Phase)
TCS GNSS
Data & Products
EPOS – IPEuropean Plate Observing System | Implementation Phase
EPOS Timeline
EPOS-ERICEPOS-ERIC
EPOS IP projectEPOS IP project
2014
2015
ECO host
country
selected
EPOS IP
proposal
submitted
2015
Host country
starts ERIC
negotiations
Oct. 2015
EPOS IP proposal
evaluated
Sept. 2015
ICS-C host
country selected
2016
2016
ERIC
signature starts
TCS
Implementation
starts
2019
Phase 1
finishes
Operation Starts
2018
TCS
Implementation
finishes
ICS construction
Phase 1
Developing new world-class research infrastructures *
H2020-INFRADEV-1-2015-1Sub call of: H2020-INFRADEV-2014-2015
Planned Opening date 24-09-2014 - Publication date 11-12-2013 - Deadline Date 14-01-2015 17:00:00
Total Call Budget €104,000,000 Main Pillar Excellent Science
Topic: Individual implementation and operation of ESFRI projects INFRADEV-3-2015
Topic Description
Specific challenge: The research infrastructures identified in the ESFRI roadmap or in the European strategy
for particle physics have benefitted from EU support for their preparatory phase. Some of them have already
moved on to the implementation phase and/or have started their operation. The initial phase is, however, the
most delicate and difficult one for new pan-European infrastructures in the process to become fully
operational as technologies, services and procedures need to be finalised and best tuned, financial
sustainability must be proved and users’ trust and awareness must be gained.
Scope: Under the 2014-2015 work programme this topic will target the implementation and initial operation
of new research infrastructures which are identified by ESFRI, in the context of the prioritisation exercise, as
essential to extend the frontiers of knowledge in the fields concerned and mature enough to be under
implementation by 2015-2016. Following the specific conclusions by the Competitiveness Council on the
priority list identified by ESFRI and the Council's call upon Member States to concentrate their available
national resources on the respective prioritised projects they are financially participating in, the EU will focus
the support available for this topic on the following prioritised research infrastructures: ELIXIR, EPOS and the
European Spallation Source. The Commission considers that proposals requesting a contribution from the EU
in the range of EUR 15-20 million, assessed according to their respective financial volume, would allow this
challenge to be addressed appropriately. Nonetheless, this does not preclude submission and selection of
proposals requesting other amounts.
EPOS Implementation Project
* http://ec.europa.eu/research/participants/portal/desktop/en/opportunities/h2020/topics/63-infradev-3-2015.html
Developing new world-class research infrastructures *
H2020-INFRADEV-1-2015-1Sub call of: H2020-INFRADEV-2014-2015
Planned Opening date 24-09-2014 - Publication date 11-12-2013 - Deadline Date 14-01-2015 17:00:00
Total Call Budget €104,000,000 Main Pillar Excellent Science
Topic: Individual implementation and operation of ESFRI projects INFRADEV-3-2015
Topic Description
Specific challenge: The research infrastructures identified in the ESFRI roadmap or in the European strategy
for particle physics have benefitted from EU support for their preparatory phase. Some of them have already
moved on to the implementation phase and/or have started their operation. The initial phase is, however, the
most delicate and difficult one for new pan-European infrastructures in the process to become fully
operational as technologies, services and procedures need to be finalised and best tuned, financial
sustainability must be proved and users’ trust and awareness must be gained.
Scope: Under the 2014-2015 work programme this topic will target the implementation and initial operation
of new research infrastructures which are identified by ESFRI, in the context of the prioritisation exercise, as
essential to extend the frontiers of knowledge in the fields concerned and mature enough to be under
implementation by 2015-2016. Following the specific conclusions by the Competitiveness Council on the
priority list identified by ESFRI and the Council's call upon Member States to concentrate their available
national resources on the respective prioritised projects they are financially participating in, the EU will focus
the support available for this topic on the following prioritised research infrastructures: ELIXIR, EPOS and the
European Spallation Source. The Commission considers that proposals requesting a contribution from the EU
in the range of EUR 15-20 million, assessed according to their respective financial volume, would allow this
challenge to be addressed appropriately. Nonetheless, this does not preclude submission and selection of
proposals requesting other amounts.
EPOS Implementation Project
* http://ec.europa.eu/research/participants/portal/desktop/en/opportunities/h2020/topics/63-infradev-3-2015.html
The new research infrastructures addressed by this topic are the ones that are
setting up, or have already set up, their governance and legal structure, notably
on the basis of the European Research Infrastructure Consortium (ERIC) or any
suitable structure at European or international level. Support will be provided for
implementation and initial operation activities, such as enlargement of the
membership, enhancement of the technical architecture, development of
innovative components, central coordination, access provision, data
management (including possible open access to data), training, outreach,
international cooperation, research and innovation activities. Specific
attention will be given to the interaction with end-users (notably industry and
SMEs). Activities may also foster the development of Regional Partner
Facilities. The detailed list of activities that can be supported under this topic
is given in part B of the section “Specific features for Research
Infrastructures”.
Starting Points
• EPOS IP is a ≈20 M€ proposal within H2020
• EPOS IP is the consequence of EPOS being selected among EU priorities
• EPOS IP has the effective goal to implement TCS and ICS
• EPOS IP will differ from EPOS PP in:
– Goals: from design/validation to implementation/construction
– Partnership: partners are makers and TCS/ICS developers
– Management: need for an effective control of expenditures
– Human Resources: a realistic allocation of human resources and skills
– Coordination: need for a clear link with EPOS-ERIC
– Expectations: high visibility and proper risk management
– Sustainability: it will be a key objective to convince BGR
EPOS Implementation Project
Phase 1
FinancialFinancial
Governance
/Legal
Governance
/Legal
TechnicalTechnical
EPOS-ERIC
•Hosting ECO
•Hosting ICS-C
•Build ICS-C
• Design ICS-D
•ERIC signatures
• Revise financial plan
EPOS-ERIC
•Hosting ECO
•Hosting ICS-C
•Build ICS-C
• Design ICS-D
•ERIC signatures
• Revise financial plan
EPOS IP project
•Implement TCS
•Implement ICS
components
•TCS Sustainability
•TCS Governance
• Design ICS-D
•......
EPOS IP project
•Implement TCS
•Implement ICS
components
•TCS Sustainability
•TCS Governance
• Design ICS-D
•......
EPOS Implementation Phase
Services to be Integrated
All data and products disseminated during EPOS-IP follow open data access policy
EPOS – IPEuropean Plate Observing System | Implementation Phase
Currently Identified PartnersPartners Country Tasks Leaders
EUREF EUROPE (Through selected partners)
UBI (C4G) Portugal T2, T7
ROB Belgium T1
NOA Greece T3
GOP Czech Republic T4
CNRS France T5
INGV Italy T6
FOMI Hungary T6
IMO Iceland
Partners Country
LM Sweden
BKG Germany To be confirmed
… (3 more)
GNSS Data
Gateway
(CNRS)
GNSS data node
GNSS data node
EUREF
Permanent
Network
EUREF
Permanent
Network
GNSS data GNSS Products
GNSS Product
Gateway
(UBI/C4G)
GNSS Product
node
GNSS Product
node
ICS Data & Products
Preservation
Data & Products
Preservation
SERVICE: Data Dissemination SERVICE: Products Dissemination
Task 1: Implementation of Governance
Goal: Operational Governance at M33
Executive CommitteeTechnical
Committee
Advisory
Committees
(scientific,
user, legal,
…)
Governing Board
Task 2: Coordination of WP & Interaction with SE & GNSS
community
Goal: Management of Internal & External Communication Channels
TCS Partners
Commercial &
Research networks
National & Scientific
analysis centers
…
Services Coordination Board (EPOS)
Representatives from Core Services
(TCS - ICS coordination)
SE Community
Coordination
Interaction with potential data
and product providers
Outreach & Interaction
Task 3: Interoperability with ICS
Goal: GNSS TCS integrated in ICS
• Interact with ICS
• Interact with the other TCS’s (seismology, satellite data,
volcanology, anthropogenic hazards): sharing of existing IT
services with other TCS’s
• Services will be implemented based on GSAC environment
(collaboration ongoing with UNAVCO and COOPEUS)
GNSS Data
Gateway
(CNRS)
EUREF
Permanent
Network
GNSS Product
Gateway
(UBI/C4G)
ICS Data & Products
Preserva on
SERVICE: Data Dis s emination SERVICE: Products Dis s emination
Task 4: GNSS Data Dissemination
Goal: Set up GNSS data (level 0) dissemination services (together
with Task 5)
GSAC node
(gateway)
GSAC nodes
(networks)
GSAC nodes
(networks)
GSAC nodes
(networks)
GNSS
repositories
Metadata
interface
GNSS
repositories
Metadata
interface
GNSS
repositories
GNSS data gateway (DGW) Central submission of metadata Type 1
Physical repositories (exis ng) Local genera on of metadata Type 2 and 3
Integra on level (virtual)
Physical level (file repositories)
Metadata & interface (for virtualiza on)
Standard tools
(GSAC and tools/
interfaces for
meta-data)
Metadata interface
Task 5: GNSS Data Gateway
Goal: Set up GNSS data (level 0) dissemination services (together
with Task 4)
GNSS
sta on
GNSS Data Gateway
GNSS Data
Node
GNSS Data
Node EPN CB
EPN CB Database
Submi ng
Meta data
Submi ng
Meta data
Meta data sent to
concerned nodes
Meta-data
Check and
Valida on Non EPN sta on
EPN sta on
Task 6: GNSS Product Dissemination
Goal: Set up GNSS product dissemination services
(together with Task 7)
Task 7: GNSS Product Gateway
Goal: Set up GNSS product dissemination services
(together with Task 6)
GSAC product node GNSS product node
GNSS Product Gateway
GNSS product node
EPN analysis centre
ICS
Task 6:
Combination of time-series
Computation of velocity field
Computation of strain field
GPS positions
GPS positions & metadata
GNSS solu on provider
(local analysis centre)
GNSS solu on provider
(local analysis centre)
GNSS solu on provider
(na onal analysis centre)
- Provide coordinates - Provide time-series
- Provide velocities - Provide strain maps
- Provide meta data - Upload meta data
EPOS-IP
EPOS-IP
Existing structures with
National Funding
Existing structure with
National Funding