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TIRAMISU : Comprehensive toolbox for humanitarian clearing of large civil areas from anti-personal landmines and cluster munitions - Integration Project
La dépollution de grandes zones civiles contaminées par des mines antipersonnel et des armes à sous-munitions est une problématique difficile en raison de la grande diversité des zones dangereuses et de la contamination explosive. Il n'y a pas de solution unique et de nombreux acteurs de l'action contre les mines ont émis le souhait de disposer d'une boîte à outils à partir de laquelle ils pourraient choisir les outils les plus appropriés pour une situation donnée. Certains ont construit leur propre boîte à outils, le plus souvent spécifique à certaines tâches précises telles que la dépollution. Le projet TIRAMISU vise à fournir les bases d'une boîte à outils plus complète qui couvrira les principales activités de l'action contre les mines, depuis l'étude de vastes zones jusqu'à l'élimination des risques d'explosion proprement dit, y compris l'éducation au risque des mines. (...)
Résumé
La dépollution de grandes zones civiles contaminées par des mines antipersonnel et des armes à sous-munitions est une problématique difficile en raison de la grande diversité des zones dangereuses et de la contamination explosive. Il n'y a pas de solution unique et de nombreux acteurs de l'action contre les mines ont émis le souhait de disposer d'une boîte à outils à partir de laquelle ils pourraient choisir les outils les plus appropriés pour une situation donnée. Certains ont construit leur propre boîte à outils, le plus souvent spécifique à certaines tâches précises telles que la dépollution. Le projet TIRAMISU vise à fournir les bases d'une boîte à outils plus complète qui couvrira les principales activités de l'action contre les mines, depuis l'étude de vastes zones jusqu'à l'élimination des risques d'explosion proprement dit, y compris l'éducation au risque des mines. Celle-ci fournira une large palette d'outils, regroupés en modules thématiques, conçus avec l'aide des utilisateurs finaux et validés par ces utilisateurs dans les pays touchés. Pour atteindre le niveau d'expertise nécessaire, l'équipe comprend des organisations qui ont été impliquées dans quelques-uns des projets de recherche européens et internationaux les plus importants concernant l'action contre les mines au cours de ces quinze dernières années. Les partenaires s'appuieront sur leur expérience passée, leur longue tradition de collaboration et les liens étroits qu'ils ont tissés au fil du temps avec les Centres et les Autorités d'action contre les mines, les compagnies de déminage et les organisations non gouvernementales, pour fournir une boîte à outils qui constituera un réel progrès dans l'action contre les mines. Elle sera à la base d'une unification, d'une solution globale, intégrée et modulaire. La philosophie du projet consiste à concentrer la plupart des efforts, non sur la technologie déjà existante, mais d'une part sur les technologies et les méthodes les plus matures qui doivent encore être mises en œuvre sur le terrain et d'autre part sur des solutions innovantes et prometteuses. Le rôle principal d'ANAGEO dans le projet sera de développer des méthodes et des outils pour les premières étapes du processus, à savoir, l'Etude d'Impact et l'Enquête Non-Technique, pour ce qui concerne les bases de données géographiques, la télédétection et les Systèmes d'Aide à la Décision basés sur des SIG.
Pour plus d'informations consulter le site web du Projet TIRAMISU
Collaborations
| Royal Military Academy | (Belgium) | |
| Main Roles in TIRAMISU: RMA will coordinate the project; will lead the Toolbox Requirements and Management part of Tiramisu. | ||
| DLR- National Research Center for Aeronautics and Space | (Germany) | |
| Main Roles in TIRAMISU: DLR-IMF will participate in developing tools for Land Imact Survey and non Technical Survey including the provision of airborne campaigns. DLR-HR will participate in the development of tools for close-in detection. | ||
| Institute of Systems and Robotics | (Portugal) | |
| Main Roles in TIRAMISU: ISR-UC will lead the development of Tools for close-in detection focusing its work in the areas of robotics, chemical sensors; and sensor fusion for landmine detection. | ||
| CSIC- Agencia Estatal Consejo Superior De Investigaciones | (Spain) | |
| Main Roles in TIRAMISU: CSIC will lead the Tools for Training development and participate in all the other modules including dissemination and exploitation. | ||
| University of Catania | (Italy) | |
| Main Roles in TIRAMISU: UNICT will participate in Tools for Technical survey development (MAV, GIS & GNSS) and in the development of an intelligent probe and for navigation methods for mobile robots. | ||
| University of Genoa | (Italy) | |
| Main Roles in TIRAMISU: DIMEC leads and coordinates the Tools for Technical Surveys part of the project. DIMEC provides support for the adaptation of the tractor-based platform for use with the new sensing technologies developed. | ||
| University of Salzburg | (Austria) | |
| Main Roles in TIRAMISU: Land Impact survey, Non technical survey, Technical Survey, validation of remote sensing based products/services, dissemination and exploitation. | ||
| University of St Andrews | (UK) | |
| Main Roles in TIRAMISU: USTAN will participate in Technical Survey, Close-in detection and Validation. | ||
| Universite Libre De Bruxelles | (Belgium) | |
| Main Roles in TIRAMISU: IGEAT will lead the Tools for the Non-technical Survey development and will be significantly involved in the Land Impact Survey development. IGEAT will also contribute to the Toolbox Integration. | ||
| University of Zagreb | (Croatia) | |
| Main Roles in TIRAMISU: FGUNIZ will participate in the definition of the State-of-the-art of existing and operational Advanced Intelligence Decision Support System (AI DSS) and in Advancements of AI DSS. | ||
| Institute of Mathematical Machines | (Poland) | |
| Main Roles in TIRAMISU: IMM will contribute to Tools for Mine Risk Education and Tools for Training | ||
| Croatian Mine Action Centre | (Croatia) | |
| Main Roles in TIRAMISU: CTDT will conduct Operational validation in Croatia | ||
| Military Institute of Engineering | (Poland) | |
| Main Roles in TIRAMISU : End Users Requirements, Tools for Disposal, Tools for Training, Tools Validation and Integration | ||
| Spinator Ab | (Sweden) | |
| Main Roles in TIRAMISU: SPINATOR are responsible for complete information integration and SPINATOR is (for this reason) also contributing to the user requirement definition. SPINATOR are responsible for the information structure and development of the system for collection, communication, analysis, presentation and distribution within (and in some cases outside) TIRAMISU. | ||
| Protime Gmbh | (Germany) | |
| Main Roles in TIRAMISU : PROTIME, in cooperation with DIALOGIS , provides the mobile RTLC-toolkit (Real-Time Location and Communication) for high accuracy locating and tracking (of sensors, persons, vehicles, animals and any mobile equipment), communication of locations and sensor measurements from the field to a backend system, geodata management and real-time geo-processing services, for the display of geodata, measurements and Remote Control on an Human machine Interface which can be attached to a driving remote-controlled robotic system, which allows the safe carry of sensor-systems into the field. PROTIME will focus on concept and design of hardware (design of electronic boards and devices) and software (embedded firmware, database and web server programming) for the areas of: (1) high precision position measurement using GNS (GPS, Galileo, GLONASS), IMU, compass, barometric sensors, (2) the wireless communication infrastructure for the transfer of sensor measurements to the backend system, (3) the backend server for location-aware services to the users and (4) the user frontend (MMI) and applications on mobile computers (PDA, smartphones). | ||
| Spacetec Partners Sprl | (Belgium) | |
| Main Roles in TIRAMISU: dissemination and communicationleader, Member of the Project Coordination Team, assistance to Data Survey and links to related projects. | ||
| European Union Satellite Centre | (Spain) | |
| Main Roles in TIRAMISU : EUSC will lead Tools for Land Impact Survey, as well participating in User Engagement activities such as Toolbox Requirements and operational validation. EUSC will have a participation in other RTD activities ( Tools for non Technical Survey) as well as managerial activities contributing to technical coordination. | ||
| Vallon Gmbh | (Germany) | |
| Main Roles in TIRAMISU: VALLON will participate in developing tools for close-in detection (Metal Detector). R&D for novel, modular multichannel metal detection applicable for light-weight metal mine detection systems (e.g. on robots) and for larger swathe width vehicle based detection systems. Development of data interfaces between MD sensors and evaluation platforms. Development of algorithms for metal classification. Development of MD hardware for integration into demining platforms. | ||
| IDS - Ingegneria Dei Sistemi - Spa | (Italy) | |
| Main Roles in TIRAMISU: IDS Georadar Division and the Radar Laboratory will be responsible for developing a densely sampled GPR imaging array for the close-in detection of mines and UXOs. | ||
| Brimatech Services Gmbh | (Austria) | |
| Main Roles in TIRAMISU: End Users Requirements, Tools for Mine Risk Education, Tools for Training, Tools Validation, Exploitation (Lead) | ||
| European Committee for Standardization | (Belgium) | |
| Main Roles in TIRAMISU: Standardisation | ||
| Noveltis Sa | (France) | |
| Main Roles in TIRAMISU: NOVELTIS will be involved in pre-processing and processing of remotely sensed data, and in signal processing and electromagnetic modelling for mine detection using GPR. | ||
| Dialogis Ug | (Germany) | |
| Main Roles in TIRAMISU: DIALOGIS, in cooperation with PROTIME, provides the mobile RTLC-toolkit (Real-Time Location and Communication) for high accuracy locating andtracking (of sensors, persons, vehicles, animals and any mobile equipment),communication of locations and sensor, measurements from the field to a backend system (GIS and SDSS), geodata management and real-time geo-processing services. | ||
| Pierre Trattori Snc | (Italy) | |
| Main Roles in TIRAMISU: PIERRE will mainly work in close collaboration with DIMEC in the development of agricultural derived tools for ground verification in Technical Survey. It will also be involved in developing protective equipment and tools integration. | ||
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Union Européenne
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