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![Page 1: Stefano Nativi 1, Paolo Mazzetti 1 and Marco Verlato 2 1 Italian National Research Council-IMAA 2 INFN CYCLOPS Project CYber-Infrastructure for CiviL protection.](https://reader033.fdocuments.us/reader033/viewer/2022051517/56649e905503460f94b941da/html5/thumbnails/1.jpg)
Stefano Nativi1, Paolo Mazzetti1 and Marco Verlato2
1Italian National Research Council-IMAA2INFN
CYCLOPS ProjectCYber-Infrastructure for CiviL protection
Operative ProcedureS
OGC-OGF Collaboration Workshop(Barcelona, 3 June 2008)
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Outline
CYCLOPS Overview The proposed Architectural Framework
– Towards a CP Cyber-infrastructure (e-Infrastructure)
The RISICO the Use Case– Spatial Data Infrastructure (SDI) services
implementation
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The CYCLOPS Project
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CYber-Infrastructure for CiviL protection Operative ProcedureS EGEE Specific Support Action (FP6 – Research
Infrastructures) Duration
– 28 months (01/06/2006 – 30/09/2008)– We asked for two more months
Management– Project Management: Italian Civil Protection Department– Technical Management: Italian National Research Council
Keywords– GMES, GRID, Geospatial information, Civil Protection, Geoinformatics
(Earth Science Informatics)
Collaboration with: – PREVIEW, Risk EOS, RISK-AWARE, BOSS4GMES, DEGREE,
EGEE
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The CYCLOPS Project objective
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EGEE Support Actionto bridge the gap between Grid and GMES to bridge the gap between Grid and GMES communities communities making Civil Protection people be aware of the services provided by Grid infrastructures, and, at the same time, letting Grid researcher to be aware of Civil Protection specific requirements and service enhancement needs.
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Participants
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Civil Protection Agencies– ANPC (Autoridade Nacional de Protecção Civil)– CP-CH (Civil Protection of Chania Prefecture)– DDSC (Direction de la Défense et de la Sécurité Civiles)– DPC (Dipartimento della Protezione Civile)
Scientific/Technological partners (GRID and GI communities)
– ARMINES-LGEI (Ecole Nationale Supérieure des Techniques Industrielles des Mines d’Alès)
– IMAA-CNR (Istituto di Metodologie per l’Analisi Ambientale del Consiglio Nazionale delle Ricerche)
– INFN (Istituto Nazionale di Fisica Nucleare) – TEI-CR (Technological Educational Institute of Crete) – UMINHO (Universidade do Minho)
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CYCLOPS Activities
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Definition of research and innovation strategiesDefinition of research and innovation strategies– Research strategies for enabling CP applications on Grid
infrastructure EGEE Request for Enhancements
– Guidelines for CP innovation towards the adoption of Grid technologies
Cross-dissemination between GRID (EGEE) Cross-dissemination between GRID (EGEE) community and GMES (Civil Protection) community.community and GMES (Civil Protection) community.
– Seminars, workshops, tutorials directed to CP personnel– Reports to EGEE Working Groups
Interoperability experiments to implement standard Interoperability experiments to implement standard geospatial information services on the top of GRID geospatial information services on the top of GRID middlewaremiddleware
– OGF – OGC Interoperability experiment for EGEE
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Use Case #1: Wild Fires Risk Assessment
Operational application of the Italian CP Linked to the PREVIEW GMES service
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Use Case #2: Flood Forecast
Operational application of the French CP Linked to GMES flash flood anticipation service
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CP & GMES Requirements
Civil Protection and GMES applications/systems have specific requirements:
– to access infrastructure, run models and search information in a real-time (RT) or near-real-time (NRT) real-time (RT) or near-real-time (NRT) wayway
privileging time of response instead of accuracy – to control sensors networks and acquisition systems to control sensors networks and acquisition systems and
modify their acquisition strategy and processing chain– to share geospatial information to share geospatial information that has complex
characteristics: Huge amounts of remotely-sensed observations, which are
multidimensional and frequently updated– To formalise the knowledge formalise the knowledge required to analyse data and
provide decision-makers with effective information – To implement the strict data policy and the security strict data policy and the security
requirementsrequirements typical of dual systems (civil/military);
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Towards a CP Cyber-infrastructure (e-Infrastructure)
The proposed Architectural Framework
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itCYCLOPS vision: Communities Interoperability
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GMES & CP Communities
Earth System Information Community
GRID Community Resource Provision
Geospatial Services
Strategic Applications
Application Domain Semantics
GRID Infrastructures
Geospatial Info Infrastructures
CP/GMES Platform
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CYCLOPS Research Strategy
Conceive a complete Grid-based platform underpinning Geospatial Information services to support Civil Protection/GMES applications
The CYCLOPS platformThe CYCLOPS platform
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CYCLOPS Architectural Framework
CYCLOPS Platform
CYCLOPS Infrastructure
Spatial Data Infrastructure Services
Processing Systems Infrastructure
Data Systems
GRID Platform (EGEE)
Se
curit
y In
fra
stru
ctu
re
Real Time and Near Real Time Applications for Civil Protection
(Data integration, high-performance computing and distributed environment for simulations)
Real Time and Near Real Time Applications for Civil Protection
(Data integration, high-performance computing and distributed environment for simulations)
Inte
rop
era
bili
ty P
latf
orm
Advanced Grid Services
Business logic Services
Presentation and Fruition Services
En
viro
nm
en
tal
Mon
itori
ng
Reso
urc
e I
nfr
ast
ruct
ure
Geospatial Resources Services
Instruments
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Geospatial Resource Services
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Geospatial resource service tiers
GI Resources Discovery services
based on
ISO 19115 profiles
CS-W WMS
Thematic
Portals
Viewservices
Virtual GlobeServices
Presentation
services
Processing S
ervices
WPS
Processing S
ervices
WFS
WCS
WMS
Access and
Download services
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THE INTEROPERABILITY EXPERIMENTS
The Spatial Data Infrastructure (SDI) services implementation for the Use Cases
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Use Case #1: Wild Fires Risk Assessment
Linked to the PREVIEW GMES service
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The RISICO (RISchio Incendi e Coordinamento) application
RISICO is the Italian Civil Protection Department Italian Civil Protection Department (DPC) application for wild fires risk assessment(DPC) application for wild fires risk assessment
Designed and developed by the CIMACIMA (International Centre for Environmental Monitoring) Research Foundation
RISICO implements a wild fires risk assessment wild fires risk assessment modelmodel (based on the Canadian Fire Weather Index – FWI) providing a daily potential fire danger
It currently runs once a day providing 1km 1km square risk mapssquare risk maps over the entire Italy surface
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Legend
RISICO Flow Diagram
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Derived parametersDerived parameters
Output parametersOutput parameters
Input parametersInput parameters
The system is made of two main models:• the fuel moisture models fuel moisture models • the potential fire spread modelpotential fire spread model
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itG-RISICO: Porting RISICO onto the CYCLOPS Platform
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CYCLOPS Infrastructure
Spatial Data Infrastructure Services
Processing Systems Infrastructure
Data Systems
GRID Platform (EGEE)
Advanced Grid Services
Business logic Services
Presentation and Fruition Services
Geospatial Resources Services
Instruments
Presentation Services– GUI services for user interaction
Business Logic services– RISICO model business logic
Spatial Data Infrastructure services (grid-enabled)
– Input and output data access services: OGC standard WCS (Web Coverage Service)
interface and protocol specification; CF-NetCDF standard data format and encoding;
– Processing exposing services OGC standard WPS (Web Processing Service)
interface and protocol specification;
Storage and computational middleware – EGEE gLite middleware;
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Input DataInput Data
Input DataInput Data
G-RISICO: Service View
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RISICOModel
OGC-WPS
Input DataOGC-WCSOutput Data OGC-WCS
GUIWeb
Geospatial CommunityStandard Interfaces
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G-RISICO: Grid View
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RISICOModel
Input Data
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itActive sites for G-RISICO prototype
(EGEE production GRID)
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itWeb Services and Grid Synergy
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Fire spread rateJuly 23 06:00 CETFire spread rateJuly 23 06:00 CET
Fire spread rateJuly 23 21:00 CETFire spread rateJuly 23 21:00 CET
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Use Case #2: Flood Forecast
Linked to GMES flash flood anticipation service
![Page 29: Stefano Nativi 1, Paolo Mazzetti 1 and Marco Verlato 2 1 Italian National Research Council-IMAA 2 INFN CYCLOPS Project CYber-Infrastructure for CiviL protection.](https://reader033.fdocuments.us/reader033/viewer/2022051517/56649e905503460f94b941da/html5/thumbnails/29.jpg)
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itSPC-GD application(Service de Prevision des Crues- Grand Delta)
In France the floods warning services (SPCSPC) perform the dangerous phenomena forecasting
SPC-Grand Delta SPC-Grand Delta (SPC-GD) covers the whole tributaries in right and left bank of the third downstream of the Rhône riverthe third downstream of the Rhône river.
French Floods warning service (SPC) is based on:– A network of telemetry A network of telemetry (recording rain-gauges and water level
stations)
– Tools of information and weather forecastingTools of information and weather forecasting: service Météo +® of Meteo-France; CALAMAR® tool (Rainfall calculation using the Radar);
– Tools of modeling: Tools of modeling: hydraulic modelshydraulic models (like ALHTAÏR flash floods forecasting system) allowing to estimate the discharge propagation between two sites.
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itCYCLOPS platform: main expected benefits
Scalability. The grid infrastructure grid infrastructure provides high processing and storage capabilities on-demand, allowing to
– improve output data resolutionoutput data resolution– improve Models complexityModels complexity– improve the time responsetime response– widen the covered areawiden the covered area
Flexibility&Interoperability. The standardstandard geospatial geospatial services layerservices layer allow to:– integrate/assimilate new and heterogeneous input datanew and heterogeneous input data;– integrate output in a higher level application chainoutput in a higher level application chain;– facilitate Models interoperability/composablityModels interoperability/composablity– be interoperable with other “standard-based” infrastructuresinteroperable with other “standard-based” infrastructures
(e.g. INSPIRE, GEOSS)
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itExpected G-RISICO execution times for spatial accuracy
Spatial Accuracy [1/m]
RISICO stand-alone run
G-RISICO single-job
G -RISICO multiple jobs
Grid overhead
Exe
cutio
n T
ime
[s]
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Preliminary statistical results forG-RISICO runs (spatial accuracy)
G-RISICO 1 job
G-RISICO 8 jobs
G-RISICO 4 jobs
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CYCLOPS main outcomes A reference architecture for the 3 communities
interoperability A couple of architecture proofs of concept
– Two CP prototypes for operational applications
(the two use cases)
Definition of research and innovation guidelines toward the Definition of research and innovation guidelines toward the design of an e-Infrastructure for Civil Protection design of an e-Infrastructure for Civil Protection applicationsapplications
September-October 2008September-October 2008
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Thank you for your attention !