Search for a funded project
Virtual Reality, Medical Assistance and Rescue for Spationauts – VR-MARS
Virtual Reality, Medical Assistance and Rescue for Spationauts
Data-based engineering science and technology of polymers and filled polymers – Data-BEST
based on the recent developments on artificial intelligence ? Traditionally, when a material in its
A new generation of light sheet microscope: mesofluidics and artificial assistant – Phy-ASA2018
imaging protocol to optimize all parameters. This intelligent microscopy is a necessity to monitor and ajust
Substituting for healthier foods, investigating food-choices transitions - Crossing disciplinary views on food substitutions acceptability – SHIFT
A first workpackage will conduct Artificial Intelligence research to derive the criteria that drive the [...] project leader), the “Institut des Systèmes Intelligents et de Robotique” (Sorbonne Université, CNRS-INSERM)
Intelligent end-of-pipe catalytic systems suited for alternative fuels – SMARTCAT
Development of catalytic end-of-pipe technologies based on a dual bed concept to treat exhaust from natural gas fuelled engines.
A MULTIdisciplinary approach to decipher the first step of aroma MIXture perception. – MULTIMIX
Odors that we detect in our environment result from the perception of mixtures of odorants. Several of these mixtures can lead to a homogeneous percept: odor blending or masking by one component.<br />MULTIMIX aims to identify the biological, molecular and sensory characteristics of odorants that contribute to a homogeneous percept. It will provide keys for the improvement of the flavoring of foods formulated according to nutritional recommendations.
Triggering systems for high-granularity detectors in high-energy and high-luminosity environments – HiGranTS
Triggering systems for high-granularity detectors in high-energy and high-luminosity environments
Low-Energy On-chip Pre-processing for Activity Recognition – LEOPAR
The emerging “Internet of Things” growth is faced with massive amounts of data to be transferred from connected portable devices to central computation units processing data from multiple sensors. Decreasing the energy consumption of the devices must be a priority to increase the battery lifetime. Since the wireless communication interface is the most energy-hungry parts of the sensor nodes, the LEOPAR project aims at determining the input data relevance to limit the amount of data to transmit.
Logic Elementary Gate Overstacked – LEGO
Logic Elements using Gate Overstacking