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Visual semantic analysis: toward a smarter urban navigation – AVISE
Toward a safer navigation
Autonomous Lifelong learnIng intelLigent Systems – ALLIES
the foundation for development of autonomous intelligent systems sustaining their performance across time [...] ALLIES project will boost the development of intelligent lifelong learning systems in Europe.
Evolutionary optimization of magnetic cooling systems using magnetocaloric alloys – CoolMagEvo
simulation and finally specialists in artificial intelligence and bio-inspired methods. This project will [...] algorithm combined with deep learning artificial intelligence (AI) and associated with massively parallelized
human inspired autonomous navigation in crowds – Hianic
The Hianic project aims to give autonomous vehicule the ability to spaces shared with pedestrians. In these shared spaces, there is no traffic lights or stops to give the priority to pedestrians or cars, and these spaces can be densely populated. The Hianic project proposes to combine works in crowd simulation, proactive navigation, psychological study on the acceptability, experiments with real autonomous vehicles to move forward on this challenging topic.
Automated Detection of SaliencieS from Operators' Point of View and Intelligent Compression of DronE videos – DISSOCIE
attention modeling, human operator models, and intelligent compression opens up new possibilities to meet [...] geo-temporally localized saliency (Task T3), Intelligent compression based on salient regions and metadata
Mechanical Control of Pore Architecture to intelligently modulate molecular capture/separation/regeneration – MeaCoPA
One fascinating property of many porous Metal-Organic Frameworks (MOFs) is their stimulus-induced flexibility, a unique feature in the field of nanoporous adsorbents with respect to other reference ma
Network for studying Entrainment and microPHysics of cLouds using Adaptive Exploration – NEPHELAE
that coordinate themselves in real-time as an intelligent network to address long standing questions in [...] goals of Défi 1 / Orientation 1 by creating an intelligent network to monitor the earth system with an
Bio-inspired computation based on artificial spin Ice architectures – Bio-Ice
impressive progress in the field of artificial intelligence. A striking example is Alphago, an algorithm
Innovative research for solar applications – SOLARIS
temperature. This new product is based on an intelligent absorber layer protects the collectors from