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Automized polarization imagery – autopol
Active polarization imaging systems have shown their efficiency in defense and civilian contexts. They bring an added value detection/identification applications since they can reveal contrasts that do not appear in classical images.
Cyclo Oléfin (Co)-Polymer (COP/COC) for the design of high frequency autonomous objects and sensors – COCORICO
Fabrication of autonomous communicating discrete and directive sensor operating in the millimeter range and made with a (COC / COP) polymer material for military and civilian applications
Self Complementary Structure with Low Signature – SAFAS
The aim of SAFAS (Structure Auto-complémentaire à FAible Signature) Astrid project (DGA-ANR) is to design and develop a planar multilayer structure for achieving firstly a thin and light directive dual polarized antenna array whose residual RCS is very low and secondly a thin multilayer electromagnetic absorbing material.
Intense Laser Optical Optimization for Propagation – ILOOP
Intense Laser Optical Optimization for Propagation
Macromodeling Imaging Of Coupling paths with High-Intensity field Cogeneration – MIMOCHIC
Macromodeling Imaging Of Coupling paths with High-Intensity field Cogeneration
From marine soundscape to environmental assessment – MER CALME
The Project addresses the development of a methodology for observing coastal marine environments from the underwater acoustics: from the measurement of acoustic landscapes toward environmental knowledge. The observation by passive acoustic environments is promising (long-term, high temporal resolution, low cost, non-intrusive, covert, allowing a complete description of the environment) but requires development of tools and the translation of the signals in terms of environmental knowledge.
Contextualized support on a tablet for the transmission of command information – TACTIC
A C2 of the future with simplified and conceptualized interactions for a better readability of the tactical situation
Identification of novel drugs targeting Francisella tularensis secreted effectors – TulareDrug
Francisella tularensis is a class A bioterrorism agent. The mechanisms underlying its infectious cycle are still poorly characterized. It is thus of great importance to characterize the virulence factors and their interaction with the human host cell in order to design novel therapeutic strategies
Friction Drag Reduction by Air Injection for Naval Hydrodynamics – F-DRAINH
Air injection inside a boundary layer developing along ship hulls makes possible to decrease the local friction coefficient by more than 80%. It is then expected to increase the velocity of surface ships and reduce their fuel consumption. Actually the physical mechanisms are not completely understood and for a better control and generalization of the process, modelling the gas-liquid phase interactions is required.