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DIESIS Design of an Interoperable European federated Simulation network for critical InfraStructures

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Title: DIESIS Design of an Interoperable European federated Simulation network for critical InfraStructures


1
DIESIS Design of an Interoperable European
federated Simulation network for critical
InfraStructures
  • ENEA/UBC meeting May, 8th 2009
  • Paolo Palazzari, ENEA

2
Structure
1. DIESIS Overview 2. Federated Simulation
of CIs 3. The DIESIS Ontology paradigm 4. Conclusi
on
3
DIESIS Main Data
  • DIESIS is a research project funded by the
    European Commission within FP7
  • DIESIS is a Design Study for a specific research
    infrastructure (e-Infrastructure)
  • Instrument STReP
  • Start date February 1, 2008
  • Duration 24 months
  • Maximum EC contribution 1.173.000 Euros
  • Person power 142 PM
  • Partners (beneficiaries) 5

4
DIESIS Consortium
Fraunhofer Institut für Intelligente Analyse- und
InformationssystemeFraunhofer Institute for
Intelligent Analysis and Information
SystemsErich Rome (Co-ordinator) Consorzio
Campano di Ricerca per l'Informatica e
l'Automazione IndustrialeCampanian Consortium
for Research in Informatics and Industrial
Automation Vincenzo Masucci Ente per le Nuove
Tecnologie, l'Energia e l'AmbienteItalian
National Agency for New Technologies, Energy and
the EnvironmentSandro Bologna Imperial College
LondonErol Gelenbe De Nederlandse organisatie
voor toegepast natuurwetenschappelijk
onderzoekNetherlands Organisation for Applied
Scientific ResearchEric Luiijf
5
DIESIS main objectives
  • To establish the basis for a European modelling
    and simulation e-Infrastructure called EISAC
    byperforming a design study
  • To demonstrate
  • a technical proof-of-concept
  • a business proof-of-concept
  • EISAC European Infrastructure Simulation and
    Analysis Centre

6
DIESIS Technical proof of concept
  • Coupling three infrastructure simulators using
    DIESIS concepts
  • QoS based communication protocols
  • federated simulation bridges
  • semantically interoperable federation
  • Federate simulation bridges
  • modelling dependencies
  • dynamic coupling of simulators at runtime
  • time synchronisation

7
Federated Simulation of CIs
Telecommunication Network Simulator
Couplings (Bridges, Interconnections)
Flood Simulator
8
DIESIS communication infrastructure across Europe
CC Comm Ctrl CE Comm Elem FC Federation Ctrl
DIESIS Presentation
8
9
DIESIS Middleware
Simulation Layer
Simulator 2
Simulator n
Simulator 1
DIESIS Middleware Layer
I/O Data Management
Scenario Configuration and Management
Ontologies
Time/Event Synchronization
Federation Setup and Management
Communications Layer
Network Support Layer
10
DIESIS Ontology paradigm
  • The objective is to design and develop a
    Knowledge Base System (KBS) based on the
    ontological formalism that will
  • enable the dynamic binding among different
    Critical Infrastructures (CI) simulator models
  • provide the possibility to discover
    (inter)dependencies among different CIs
  • allow CIs vulnerability risk analysis.

3
11
The DIESIS KBS
12
The DIESIS KBS
  • The main KBS components are
  • the Meta Knowledge ONTology (MKIONT)
  • the Federation ONTology (FONT)
  • the Infrastructure ONTology (IONT)
  • the Gateways that are located between the DIESIS
    middleware and the simulators
  • Simulator Model
  • Associative Table.

9
13
Basic Service Network
14
Realisation of a Data Link Information in KBS
  • Relation Power Supply , P05m, TO24, P06m,
    TO24, P07m, TO24,
  • Ontologies SONTP, IONTP, FONT, IONTT, SONTT
  • Ontology transformation rules

15
Realisation of a Data Link
16
Conclusion
  • DIESIS is a twofold design study for the EISAC,
    consisting of
  • technical proof-of-concept
  • business case / business proof-of-concept
  • The proposed EISAC should serve as a platform for
    joint CIP research

17
Conclusion (2)
  • Benefits
  • cost reductions for setting up CI simulator
    federations
  • re-use of existing simulators and models
  • provision of validated data and databases
  • standards for interoperability
  • additional benefits
  • know-how in set-up and running federated CI
    simulations
  • management and analysis tools
  • MS on CI community building
  • more

18
Thank you for your attention!
ENEA People in DIESIS Sandro Bologna Elisa
Castorini Giovanni Dipoppa Paolo Palazzari Silvia
Ruzzante Alberto Tofani
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