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Performance and Systemic optimization of Emergency medicine – POSAMU
The reorganization of the Emergency Medical System (SAMU–SMUR) is a decisive challenge to guarantee equitable healthcare accessibility in the sustainable city. Taking into account the geographic environment that has been considerably modified since the SAMU’s creation is essential to define intervention strategies in territories heterogeneous for population density, traffic patterns, accessibility and healthcare resources because of their different needs as a function of time of day.
Ultra Low Power Consumption Low Noise Cryogenics and Ambient MMIC for Space Telecommunications in Q-band – Low.IQ
The main objective of this proposal is to develop low noise receivers in Q-band. Targeted applications are space telecommunications, with potential applications such as: - Ambient temperature LNAs fo
Prototype development of an all optical linear sampling based constellation oscilloscope – OCELOT
The OCELOT project aims at developing the optical linear sampling of very high rate (> 100Gbps) optical signals with advanced modulation formats, especially in phase (x-PSK), in order to extract ampl
Design and deployment platform for Personal Information Manager – PIMI : Personal Information Management t
The future Internet will bring a growing number of networked applications (services), devices and individual data (including private ones) to end-users (citizens, consumers, employees). The important
Energy performance assessment based on monitoring and calculation for efficient energy renovation design of existing buildings – MEMOIRE
Improved computational methods for assessing the energy performance of buildings by the introduction of parameter identification tools based on monitoring and caculation (inverse methods ), the implementation of behavior of occupants stochastics models and by the introduction ofsensitivity and uncertainty analysis
Methodology of hygro-thermal design of energy efficient buildings – HYGRO-BAT
We are developing reliable tools and methods to qualify and quantify innovative technical solutions accounting for moisture transfer through materials. <br />The target is the specific case of wood construction and more generally plant-based materials. These materials show intersting hygroscopic properties that seem most difficult to treat and appear well positioned in a growing market .
Reliability of building energy performance modeling and simulation – FIABILITE
The project focuses on the fundamental question of the reliability of the simulation codes and thermal energy buildings whose use is crucial in the design process of new construction or renovation, in the context of low-energy buildings (BBC) or in positive energy balance (BEPOS).
Organique Photovoltaic cells stabilised by cross-linking of the active layer – CEPHORCAS
The project entitled CEPHORCAS is submitted to the theme of "innovative concepts and procedures", itself aimed at the development of solar photovoltaic materials (axis 3) and specifically concerned wi
Novel plasma processes for Carbon Alloyed NAnocrystalline Silicon TAndem (CANASTA) thin film solar cells – CANASTA
The production capacity of photovoltaics continues its amazing expansion, with an average yearly growth of 50% between 2001 and 2008. Keeping pace with this growth, large-area thin-film PV production
Technical, economic and environmental feasibility of solide oxyde fuel cells (SOFC) for electricity generation from biogas – PILE-EAU-BIOGAZ
The program ANR H-PAC 2010 (quotation) "aims to contribute to the development of French industrial sector of fuel cells for stationary applications ..." expecting essentially four types of technical s