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The Miocene-Pliocene transition: emergence of the modern carbon cycle – MioCarb
The objective of the MioCarb project is to quantify the impact of the Biogenic Bloom event - an event of high primary productivity - on the Late Miocene - Early Pliocene transition. This time interval corresponds to a transition to cooler clilmatic conditions and would be linked to a decrease in the level of CO2 in the atmosphere. The objective of MioCarb is therefore to quantify budgets in order to determine whether the high primary productivity is the cause of the decrease in atmospheric CO2.
The Interrogative Model of Inquiry Meets Dynamic Logic – IMI
behaviour in which the stress is on interaction, intelligent communication, information gathering and correction
The Computational Role of the Cortical multi-area Structure – CRoCoS
computations. Recent progress in artificial intelligence has provided new methods for generating network
The Artificial Motion Factory – ARTIFACT
algorithmic foundations of a true artificial motion intelligence, an AI with the added challenge of physically
Text-to-Video Synthesis for Creative Applications – RENAISSANCE
Synthetic media describes the use of Artificial Intelligence (AI) to generate and manipulate data, most often [...] renown artist trio that work with artificial intelligence models to create art with a strong research
Telemedicine and precision medicine: the role of data in healthcare innovation – TEPREME
Telemedicine and precision medicine: the role of data in healthcare innovation
Technologies, (Dis)-intermediation and Financial Transaction Monitoring – MonFinTech
MonFinTech aims at understanding how Artificial Intelligence (AI) and the blockchain technology will transform
Techniques of Analysis Pending for Authority allocation in Systems of systems – TAPAS
The aim of the project is to elaborate an assessment and analysis process of different men-machines cooperation configuration in order to understand key issues and bootle necks in operation of future systems featuing high level of autonomy
Technical, economic and environmental feasibility of solide oxyde fuel cells (SOFC) for electricity generation from biogas – PILE-EAU-BIOGAZ
design and integration of systems including intelligent management of energy and finally evaluate the
