C2-SENSE Blazing the Semantic Trail from Sensors to Users Dr. Bojan - - PowerPoint PPT Presentation

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C2-SENSE Blazing the Semantic Trail from Sensors to Users Dr. Bojan - - PowerPoint PPT Presentation

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C2-SENSE Blazing the Semantic Trail from Sensors to Users Dr. Bojan Boi OGC TCM Calgary. 2014-09-15 Dr. Bojan Boi | Scientist, Safety & Security, Information Management Team: Crisis and Disaster Management Crisis management

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C2-SENSE Blazing the Semantic Trail from Sensors to Users

  • Dr. Bojan Božić

OGC TCM

  • Calgary. 2014-09-15
  • Dr. Bojan Božić | Scientist, Safety & Security, Information Management
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Team: Crisis and Disaster Management

  • Crisis management for improved action and preparedness
  • Model crisis scenarios and consequences, Simulate alternative impacts
  • Make strategic decisions & Optimize deployment of resources

Reference Projects: CRISMA, SUDPLAN

  • Driving Innovation in crisis management information systems
  • Improving the information flow between citizens,

volunteers, first responder and crises managers

  • Information storage and interagency information sharing

Reference projects: DRIVER, Re-ACTA, EPISECC, C2-SENSE

  • Sensor Systems and Semantic Web for environmental monitoring
  • Technologies and Systems for Information transport between sensors

and decision support systems

  • Environmental measurement networks and data provision

Reference projects: emikat, (open)uwedat, Carbotraf, TaToo, SANY

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C2-SENSE

Interoperability Profiles for Command/Control Systems and Sensors Systems in Emergency Management

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Context

  • Collaborative capability project
  • Scope: provide mechanisms for interoperability between

command & control and sensors

  • Market focus: civil security, civil protection,

emergency management and day-to-day monitoring

  • Application: large range of services
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Objectives

  • Propose an interoperability framework for heterogeneous

networks composed of sensors and control centres via protocol profiles for crisis management and a service

  • riented architecture
  • Demonstrate the framework concept
  • Propose standards (for the interoperability and

interoperability certification methodology)

  • Case study and prototyping: application to crisis

management and sensor networks of Apulia region in Italy

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Members

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SAGEM DEFENSE SECURITE France Project Coordinator Data / Object model interoperability. LUTECH Italy Protocol interoperability . Software integration. Austrian Institute of Technology Austria

  • Specification. Knowledge interoperability .

Standardization activities. SRDC Turkey Information interoperability . Profiles integration. Certification and testing mechanisms. Servizio Protezione Civile Regione Puglia Italy Pilot application – requirements and validation. InnovaPuglia Italy Pilot application – design and deployment. Industrial Research Institute for Automation and Measurements Poland Organizational and physical interoperability. REGOLA Italy Harmonized doctrines. Validation.

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Methodology

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Standards collection, procedures, BR,

  • ntology…

Profiles specification Implementation Certification methodology Standards proposal Specialisation and demonstration on Apulia use case

High Level Objectives Aligned Operations Harmonized Strategy/Doctrines Aligned Procedures Knowledge Information Interoperability Data/Object Model Interoperability Protocol Interoperability Physical Interoperability

Organizational Technical

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Emergency Interoperability Framework

  • Emergency Domain Inventory: created by surveying existing standards,

real life use cases of sensors, devices, C2 systems, and emergency management, architecture for different scenarios.

  • Emergency Domain Ontology: common, modular, and focused ontology

with all stakeholders’ knowledge in a unique, flexible data model; development of mechanisms for interoperability of different standards in the emergency domain; based on well-accepted and commonly used standards in emergency management, command and control, and sensor domains.

  • Emergency Interoperability Profiles: enable effective exchange of

information among different rescue units, public safety units and information systems without requiring any special technical a priori arrangements; functional and operational requirements as well as cultural, linguistic, and legal issues.

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Global Framework

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Standardization

In the scope of C2-SENSE, with the Emergency Interoperability Profiles being the standard artifacts, necessary standardization activities will be initiated to evolve C2-SENSE Emergency Interoperability Framework into a standard specification for interoperability between Sensor Systems and C2 Systems, with the aim of helping the development of a European market in this field. C2-SENSE is an ambitious project but the infrastructure to be developed will be based on open source software and existing standards. This will facilitate the development efforts and will help easily identify gaps, where new technological solutions, guidelines, recommendations or standards are needed, at each level of the interoperability stack.

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Knowledge Interoperability

  • Common operational picture of the crisis situation and the support of

collaboration for joint decision making

  • Emergency Profile Definition Language
  • Development of Knowledge Interoperability Profiles with tools such as:
  • Collaboration Environment
  • Emergency Maps Tool
  • Sensor Management Tool
  • Messaging/Communication Platform
  • Registry of Emergency Web Services
  • Profile Repository, Monitoring and Definition Tool
  • GIS Server

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Data/Object Model, Information, and Knowledge Layers

  • Data/Object Model Layer:
  • HL7, XML, Web Services
  • KML Processing: Java API for KML, PythonKML
  • GML Processing: GML Parser for Java, GML4J, AppForMap
  • OGC SWE Implementation: Java API for OGC SWE, OGC Utils
  • NewsML Processing: NewsML Toolkit
  • Information Layer:
  • OWL-DL Reasoner: Jena, Pellet
  • OWL Parsing: Jena OWL Parser, OWL API, Python OWL
  • Knowledge Layer:
  • GIS Server : GeoServer, MapServer
  • Mash-up: Open Layers
  • Collaboration Tool

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Emergency Interoperability Profiles Template

  • Initial activities
  • Control structure
  • Data flow structure
  • Resources
  • Objective: Managing a crisis situation to prevent chaotic responses
  • In the event of a crisis, the appropriate scenario is selected and customized

to specific organizations and specific incidents

  • Aligned procedures and operations
  • Harmonization of procedures and operations supported through service

level agreements

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Person/Patient Objects in Different Standards

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Semantic Interoperability Framework

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Knowledge Interoperability Layer Components

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Contact

  • DR. BOJAN BOŽIĆ

Scientist Safety & Security Information Management AIT Austrian Institute of Technology GmbH Donau-City-Strasse 1 | 1210 Vienna | Austria M +43 664 2351800 bojan.bozic@ait.ac.at | http://www.ait.ac.at

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