HITERM High-Performance Computing and Networking for Technological and Environmental Risk Management HITERM Dr. Kurt Fedra Environmental Software & Services GmbH, Austria A-2352 Gumpoldskirchen Dr. Kurt Fedra Environmental Software & Services GmbH, Austria A-2352 Gumpoldskirchen ESPRIT HPCN No ESPRIT HPCN No

HITERM HITERM Review Presentation HITERM ConsortiumHITERM Consortium Project overview: objectivesProject overview: objectives Project structureProject structure Progress Report:Progress Report: Work Packages and Tasks Work Packages and Tasks The DemonstratorThe Demonstrator Administrative issuesAdministrative issues HITERM ConsortiumHITERM Consortium Project overview: objectivesProject overview: objectives Project structureProject structure Progress Report:Progress Report: Work Packages and Tasks Work Packages and Tasks The DemonstratorThe Demonstrator Administrative issuesAdministrative issues

HITERM HITERM Consortium ESS, Environmental Software & Services, AustriaESS, Environmental Software & Services, Austria GMD Institute for Computer Architecture and Software Technology, GermanyGMD Institute for Computer Architecture and Software Technology, Germany SYRECO S.R.L. Affidabilita, Sicurezza, Software, ItalySYRECO S.R.L. Affidabilita, Sicurezza, Software, Italy LNEC Informatica, SA, PortugalLNEC Informatica, SA, Portugal FCCN Fondacao para a Computacao Cientifica Nacional, PortugalFCCN Fondacao para a Computacao Cientifica Nacional, Portugal PETROGAL, Petroleos de Portugal SAPETROGAL, Petroleos de Portugal SA ASIT, Safety and Information Systems in Transport Ltd, SwitzerlandASIT, Safety and Information Systems in Transport Ltd, Switzerland ESS, Environmental Software & Services, AustriaESS, Environmental Software & Services, Austria GMD Institute for Computer Architecture and Software Technology, GermanyGMD Institute for Computer Architecture and Software Technology, Germany SYRECO S.R.L. Affidabilita, Sicurezza, Software, ItalySYRECO S.R.L. Affidabilita, Sicurezza, Software, Italy LNEC Informatica, SA, PortugalLNEC Informatica, SA, Portugal FCCN Fondacao para a Computacao Cientifica Nacional, PortugalFCCN Fondacao para a Computacao Cientifica Nacional, Portugal PETROGAL, Petroleos de Portugal SAPETROGAL, Petroleos de Portugal SA ASIT, Safety and Information Systems in Transport Ltd, SwitzerlandASIT, Safety and Information Systems in Transport Ltd, Switzerland

HITERM HITERM Project Objectives develop HPCN decision support tools for technological risk management and the environment with: –better-than-real time complex simulation models (3D, dynamic) –fully integrated uncertainty analysis and error propagation (Monte Carlo) –on-line data interpretation, visualization –integrated MC decision support tools. develop HPCN decision support tools for technological risk management and the environment with: –better-than-real time complex simulation models (3D, dynamic) –fully integrated uncertainty analysis and error propagation (Monte Carlo) –on-line data interpretation, visualization –integrated MC decision support tools.

HITERM HITERM Project Structure 30 months project, overlapping development phases and test cycles: Preparatory phase with Requirements and Constraints ReportPreparatory phase with Requirements and Constraints Report Tool development phase: model parallelization, communication, visualization and multi-media, uncertainty analysis, decision supportTool development phase: model parallelization, communication, visualization and multi-media, uncertainty analysis, decision support Case study applications: Italy, Portugal, SwitzerlandCase study applications: Italy, Portugal, Switzerland 30 months project, overlapping development phases and test cycles: Preparatory phase with Requirements and Constraints ReportPreparatory phase with Requirements and Constraints Report Tool development phase: model parallelization, communication, visualization and multi-media, uncertainty analysis, decision supportTool development phase: model parallelization, communication, visualization and multi-media, uncertainty analysis, decision support Case study applications: Italy, Portugal, SwitzerlandCase study applications: Italy, Portugal, Switzerland

HITERM HITERM Progress Report WP 0: Project Coordination and Management WP 1: Requirements and Constraints Analysis WP 2: Model Parallelization WP 3: Communication and Networking WP 4: Visualization and Multi-media WP 5: Model Calibration, Uncertainty Analysis WP 6: Decision Support, Expert System WP 7: System Integration W 8-10: Case Studies WP 11: Analysis and Evaluation of Case Studies WP 12: Dissemination and Exploitation WP 0: Project Coordination and Management WP 1: Requirements and Constraints Analysis WP 2: Model Parallelization WP 3: Communication and Networking WP 4: Visualization and Multi-media WP 5: Model Calibration, Uncertainty Analysis WP 6: Decision Support, Expert System WP 7: System Integration W 8-10: Case Studies WP 11: Analysis and Evaluation of Case Studies WP 12: Dissemination and Exploitation

HITERM HITERM Progress Report WP 0: Project Coordination and Management installation of project web server: of project web server: installation of ftp archives for document exchangeinstallation of ftp archives for document exchange installation of list of list management and progress reportsmanagement and progress reports WP 0: Project Coordination and Management installation of project web server: of project web server: installation of ftp archives for document exchangeinstallation of ftp archives for document exchange installation of list of list management and progress reportsmanagement and progress reports

HITERM HITERM Progress Report WP 1: Requirements and Constraints Analysis Report prepared by SYRECO and ASIT, with inputs from other partners (Project Deliverable D01.1) (Project Deliverable D01.1) provides guidance for subsequent design and development tasksprovides guidance for subsequent design and development tasks internal document is prepared for publishing on the web serverinternal document is prepared for publishing on the web server WP 1: Requirements and Constraints Analysis Report prepared by SYRECO and ASIT, with inputs from other partners (Project Deliverable D01.1) (Project Deliverable D01.1) provides guidance for subsequent design and development tasksprovides guidance for subsequent design and development tasks internal document is prepared for publishing on the web serverinternal document is prepared for publishing on the web server

HITERM HITERM Progress Report WP 2: Model parallelization responsible partner: GMD first experiments on workstation clusters with: diagnostic wind field model (running vertical layers in parallel)diagnostic wind field model (running vertical layers in parallel) Lagrangian atmospheric dispersion model (particle tracking)Lagrangian atmospheric dispersion model (particle tracking) WP 2: Model parallelization responsible partner: GMD first experiments on workstation clusters with: diagnostic wind field model (running vertical layers in parallel)diagnostic wind field model (running vertical layers in parallel) Lagrangian atmospheric dispersion model (particle tracking)Lagrangian atmospheric dispersion model (particle tracking)

HITERM HITERM Progress Report WP 3: Communication and Networking responsible partners: LNEC, FCCN report on communication alternatives by FCCN (integrated in D01.1)report on communication alternatives by FCCN (integrated in D01.1) first experiments with mobile GSM client (using Java) by LNECfirst experiments with mobile GSM client (using Java) by LNEC WP 3: Communication and Networking responsible partners: LNEC, FCCN report on communication alternatives by FCCN (integrated in D01.1)report on communication alternatives by FCCN (integrated in D01.1) first experiments with mobile GSM client (using Java) by LNECfirst experiments with mobile GSM client (using Java) by LNEC

HITERM HITERM Progress Report WP 4: Visualization and multi-media responsible partner: ESS implementation of model output display as part of the demonstrator developmentimplementation of model output display as part of the demonstrator development Java demonstrator prototypeJava demonstrator prototype WP 4: Visualization and multi-media responsible partner: ESS implementation of model output display as part of the demonstrator developmentimplementation of model output display as part of the demonstrator development Java demonstrator prototypeJava demonstrator prototype

HITERM HITERM Progress Report WP 5: Model calibration, uncertainty analysis responsible partner: GMD implementation of a Monte-Carlo framework for the evaporation model (dynamic source term for dispersion modeling)implementation of a Monte-Carlo framework for the evaporation model (dynamic source term for dispersion modeling) WP 5: Model calibration, uncertainty analysis responsible partner: GMD implementation of a Monte-Carlo framework for the evaporation model (dynamic source term for dispersion modeling)implementation of a Monte-Carlo framework for the evaporation model (dynamic source term for dispersion modeling)

HITERM HITERM Progress Report WP 6: Decision support, expert system responsible partners: ESS, ASIT linkage of a rule-based expert system with the demonstrator prototypelinkage of a rule-based expert system with the demonstrator prototype definition of evaluation rulesdefinition of evaluation rules rule-based user interactionrule-based user interaction WP 6: Decision support, expert system responsible partners: ESS, ASIT linkage of a rule-based expert system with the demonstrator prototypelinkage of a rule-based expert system with the demonstrator prototype definition of evaluation rulesdefinition of evaluation rules rule-based user interactionrule-based user interaction

HITERM HITERM Progress Report WP 7: System Integration responsible partners: ESS, GMD, LNEC definition of basic client-server architecturedefinition of basic client-server architecture implementation of first client-server modules based on http protocol withimplementation of first client-server modules based on http protocol with – X11 based interface (high bandwidth) – Java GUI (low bandwidth) WP 7: System Integration responsible partners: ESS, GMD, LNEC definition of basic client-server architecturedefinition of basic client-server architecture implementation of first client-server modules based on http protocol withimplementation of first client-server modules based on http protocol with – X11 based interface (high bandwidth) – Java GUI (low bandwidth)

HITERM HITERM Progress Report WP 7: System Integration HPCserver moni-toring X11client Javaclient Main server http server HITERM 100Mb Ethernet, FDDI, ATM, B-ISDN GSM, ISDN

HITERM HITERM Progress Report WP 8: Case Study: Portugal WP 9: Case Study: Switzerland WP 10: Case Study: Italy data compilation and processing (reports on data availability in D01.1)data compilation and processing (reports on data availability in D01.1) definition of accident scenariosdefinition of accident scenarios WP 8: Case Study: Portugal WP 9: Case Study: Switzerland WP 10: Case Study: Italy data compilation and processing (reports on data availability in D01.1)data compilation and processing (reports on data availability in D01.1) definition of accident scenariosdefinition of accident scenarios

HITERM HITERM Progress Report WP 12: Dissemination and Exploitation installation of project web server of project web server address list for project user group, on-line registration page on the web serveraddress list for project user group, on-line registration page on the web server presentation at the RISK ‘97 in Amsterdampresentation at the RISK ‘97 in Amsterdam WP 12: Dissemination and Exploitation installation of project web server of project web server address list for project user group, on-line registration page on the web serveraddress list for project user group, on-line registration page on the web server presentation at the RISK ‘97 in Amsterdampresentation at the RISK ‘97 in Amsterdam

HITERM HITERM Demonstrator Implemented with sample GIS and installation data from San Pietro, ItalyImplemented with sample GIS and installation data from San Pietro, Italy hierarchical GIS with site selectionhierarchical GIS with site selection embedded expert systemembedded expert system integrated hazardous chemicals data baseintegrated hazardous chemicals data base diagnostic wind field modeldiagnostic wind field model dynamic source term (evaporation model) linked with http client-server protocoldynamic source term (evaporation model) linked with http client-server protocol simple Eulerian (multi-layer) dynamic dispersion modelsimple Eulerian (multi-layer) dynamic dispersion model Implemented with sample GIS and installation data from San Pietro, ItalyImplemented with sample GIS and installation data from San Pietro, Italy hierarchical GIS with site selectionhierarchical GIS with site selection embedded expert systemembedded expert system integrated hazardous chemicals data baseintegrated hazardous chemicals data base diagnostic wind field modeldiagnostic wind field model dynamic source term (evaporation model) linked with http client-server protocoldynamic source term (evaporation model) linked with http client-server protocol simple Eulerian (multi-layer) dynamic dispersion modelsimple Eulerian (multi-layer) dynamic dispersion model

HITERM HITERM project overview A truck upside down on the motorway: 400 trucks a day with no safety planning (February 4, 1997) A truck upside down on the motorway: 400 trucks a day with no safety planning (February 4, 1997) Public interest, Portugal:

HITERM HITERM project overview Public interest, Portugal: Truck capsizes: Danger of underground water contamination (February 11, 1997)

HITERM HITERM project overview Public interest, Portugal: Aveiras-trucks to travel at night: Civil Protection to study further measures (March 5, 1997) Aveiras-trucks to travel at night: Civil Protection to study further measures (March 5, 1997)

HITERM HITERM project overview Public interest, Portugal: Fire in refinery: Modern societies have to live with risks but they should be ready to control them (June 20, 1997) Fire in refinery: Modern societies have to live with risks but they should be ready to control them (June 20, 1997)