Objetivo
I²GPS will develop a novel, integrated approach to the use of synthetic aperture radar interferometry (InSAR- data from GMES) and GNSS for use in the monitoring of subsidence, tectonic changes or other environmental hazards, which can only be identified by millimetric precision survey techniques.
I²GPS proposes to deliver a fully integrated unit and end-to-end application for generating co-registered SAR interferometric and GNSS precision survey results by:
• integrating the antenna of a GNSS receiver with a Compact Active Transponder antenna to ensure millimetric co-registration and assure a coherent cross reference between the two precision surveying techniques, with unit verification confirmed at the mid term review ;
• developing the integrated application processing and conduct field trials to confirm the effectiveness of the technique, to be reported at the final review;
• preparing a business plan for exploiting the resulting product and reporting the results to the user community, thereby increasing the use of GNSS & GMES.
The project responds to an identified user need; the Geological Survey of Slovenia needs an early warning system for landslide hazards, such as that which “erased” a village and resulted in 8 casualties. The work plan captures the user requirement and encompasses field trials to validate the prototype unit and application processing development. Integration of a C-band CAT)with GNSS technology progresses beyond the state of the art but, because of the expertise of the team assembled, is sufficiently close to existing equipment & processing to give a high likelihood of success within the budget proposed. The partners believe that I²GPS will increase the market for both GNSS and GMES and are committed to the exploitation of the unit and application after the conclusion of the project.
Ámbito científico
Convocatoria de propuestas
FP7-GALILEO-2008-GSA-1
Consulte otros proyectos de esta convocatoria
Régimen de financiación
CP - Collaborative project (generic)Coordinador
BA11 6TA FROME
Reino Unido