SAA, 1st version - Net!Works

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Annex CeMobility – Strategic Applications AgendaRationale, motivations and objectivesRecent catastrophic flood events in Southern and Central Europe (France, Italy, Spain and Poland, Czech'sRepublic, Germany) have demonstrated the need to change the traditional approach to information disseminationin the critical situations and in particular:To increase the awareness of the citizens concerning inundation risks and to increase citizen'sinvolvment in the prevention and crisis management processes;To prepare citizens and crisis managers for efficient protection and rescue measures during inundationcrisis periods;To improve the quality of information made accessible to all flood crisis stakeholders (crisis managers,rescue and civil protection organisations, citizens) before, during and after the crisis period usingcutting-edge advances in ICT;To increase the rapidity and flexibility of access to information using emergent information transmissionand distribution supports, and tprocessing information at all levels (central and local) in variouslocations.Project detailsProject Acronym: OSIRISProject Reference: IST-1999-11598Start Date: 2000-01-01Duration: 36 monthsProject Cost: 2.86 million euroContract Type: Cost-sharing contractsEnd Date: 2002-12-31Project Status: CompletedProject Funding: 1.75 million eurohttp://www.ist-osiris.org/http://cordis.europa.eu/fetch?CALLER=PROJ_IST&ACTION=D&DOC=7&CAT=PROJ&QUERY=011a9bd1f8e4:6a7d:42a8ac14&RCN=60813ParticipantsInternational Institute For Infrastructure Hydraulic And Environment Engineering:<strong>Net</strong>herlandsDirection Regionale De L'environnement Centre:FranceEconomie Et Humanisme:FranceTardito Costruzioni Impianti S.R.L.:ItalyDistrict Administrative Of Klodzko:PolandPolish Academy Of Science - Institute Of Psychology:PolandEtablissement Public D'amenagement De La Loire Et De Ses Affluents:FranceGuy Taliercio:FranceCentre D'etudes Techniques Maritimes Et Fluviales:FranceStadt Frankfurt:GermanyBrandenburgische Technische Universitaet Cottbus:GermanyInstytut Meteorologii I Gospodarki Wodnej:PolandCoordinatorContact Person: Name: ERLICH, Marc (Dr)Tel: +33-476334281Fax: +33-476334332Email: marc.elrich@sogreah.frOrganisation: SOCIETE GRENOBLOISE D' ETUDES ET D' APPLICATIONS HYDRAULIQUES INGENIERIE SNCDEVELOP. & ENVIRONEM. DEPARTMENT - LHF DIVISIONRUE DE LORRAINE 6 BP 17238130 ECHIROLLESFRANCE204
eMobility – Strategic Applications AgendaAnnex C8. RemOte sensing Anti-Pollution System forgeographical Data Integration (RAPSODI)Background and ObjectivesFunded under 5th FWP (Fifth Framework Programme)Action Line: 1.1.2.-1.5.1 Intelligent environmental monitoring and management systemsOil-spills regularly pollute maritime waters and coasts of Western Europe year after year. The integration of datafrom aircraft and satellite sensors is an important aspect of any effort to abate such pollution damages. Inaddition strong co-operation between radar signal and image-processing researchers, radar designers and antipollutionoperators is targeted to build up additional know-how and to strengthen European understanding onimage processing and interpretation for maritime oil-spills. In this framework, the RAPSODI project proposes todevelop an airborne Synthetic Aperture Radar (SAR) remote sensing system, dedicated to oil-spill. This platform isbased upon a technology developed as part of the AMED project.The RAPSODI prototype will be developed in close co-operation between signal processing experts and pollutionremediation experts. It will be tested in real-life conditions and, if event occurs, on real oil-spill emergencysituation.ObjectivesTo develop necessary knowledge and sensor specifications, and processing algorithms in order toaddress maritime oil-spill pollution monitoring in an emergency situation as well as in routinesurveillance mode;To propose a concept of an airborne system for maritime pollution surveillance missions to complementspace borne imagery use;To design a dedicated system that effectively contributes, to the necessary efforts against maritimepollution by developing detection, estimation and tracking functions, and taking advantage of thediversity and specificity of remote sensors which operate in maritime pollution missions.This system will be developed and tested to support to operational clean-up actions, through sensorinformation integration, efficient man-machine interface and decision aids.Work description:Characterisation of radar parameter for airborne SAR application;Access to raw data from the first experiment monitoring;Airborne SAR images will be geo-referenced and algorithms will be developed using image segmentationfor detection of supervised oil spills;Decision and anti-pollution support will be implemented and first <strong>version</strong> of prototype is demonstrated;The prototype will be tested using data recorded in real-life conditions, and possibly from real pollution.Project detailsProject Acronym: RAPSODIProject Reference: IST-1999-12290Start Date: 2000-01-01Duration: 36 monthsProject Cost: 1.5 million euroContract Type: Cost-sharing contractsEnd Date: 2002-12-31Project Status: CompletedProject Funding: 845315.00 eurohttp://humanitarian-security.jrc.it/oilspill/rapsodi.htm205
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