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Self-Adaptive Technologies for Upgraded Reconfigurable Neural computing – SATURN
The SATURN project takes place in this context of<br />autonomous embedded systems and proposes to revise the actual fundamentals of embedded computing architectures. We propose in this project an original approach compared to the classical centralised approaches based on new computation paradigms. The SATURN project associates researchers from digital embedded systems and artificial intelligence in order to define this architecture<br />of a new type for smart embedded plateforms.
Segmentation of Neurons using Standard and Super-Resolution Microscopy – SENSEI
molecular levels through the development of intelligent segmentation-based image processing algorithms
See, Touch and Manipulate: Robot Learning for Dexterous Robot Bimanual Manipulation through Vision and Touch – Aistotle
“man is the most intelligent of the animals because he has hands”. Thus, intelligence has long been understood
Security of AI for Defense Applications – SAIDA
process. SAIDA targets the AID “Fiabilité de l’intelligence artificielle, vulnérabilités et contre-mesures”
Seconds that matter: Managing First Impressions for a more Engaging Virtual Agent – IMPRESSIONS
Seconds that matter: Managing First Impressions for a more Engaging Virtual Agent
Second Language learning assisted by Artificial Intelligence – ALAIA
learning. It will explore advanced Artificial Intelligence (AI) techniques to help learners improve their
Screening of ternary intermetallic compounds for thermoelectric applications – ScrIn
Screening of ternary intermetallic compounds for thermoelectric applications
Scenarios of Potential Risks Evolution through Algorithms and Data in Sciences – SPREADS
. The complexity and opacity of artificial intelligences make it possible to bias their learning by hacking
Scalable and Efficient Linear and Eigenvalue Solvers Using Tensor Decompositions – SELESTE
signal processing, big data analysis, artificial intelligence, and scientific computing. Among these advancements
Satellite imagery strategies for earthquake strong-motion prediction and shakemap generation – SASHA
. The comparison is performed by artificial intelligence to develop a new estimator of the aggravation