Search for a funded project
Architecture of complex systems in intelligent immersion – ArchiTOOL
To address the limitations of current systems engineering tools, the project is based on three complementary technological levers: virtual reality, intelligent assistance, and unified interactive modeling. On one hand, an immersive virtual reality environment was developed to replace low expressiven
ArgumeNtaTIon-Driven explainable artificial intelligence fOr digiTal mEdicine – ANTIDOTE
Providing high quality explanations for AI predictions based on machine learning is a challenging and complex task. To work well it requires, among other factors: selecting a proper level of generality/specificity of the explanation; considering assumptions about the familiarity of the explanation b
Articulate anything – ARTANY
The Articulator Anything project aims to reconstruct the three-dimensional dynamic evolution of the vocal tract for any language and any speaker. It falls within the field of articulatory synthesis, modeling and simulating the physical process of human speech production using advanced artificial int
Artifical Intelligence applied to augmented acoustic scenes – HAIKUS
Audition is a key modality to understand and to interact with our spatial environment, and plays a major role in Augmented Reality (AR) applications. The HAIKUS project investigates the use of Artificial Intelligence (AI) for synthesising augmented acoustic scenes. Embedding computer-generated or pr
Artificial Intelligence & Optics LaboratorY – AIOLY
In 2050, France aims to achieve carbon neutrality through an ecological transition. At the heart of the key challenges of this transition, the circular economy relies on the reuse of resources, products, and waste to provide an alternative to the disposable model. Sorting, therefore, becomes a cruci
Artificial Intelligence Assisted Design of Unclonable High-Entropy Phosphors – AI-Unclon
High entropy materials (HEMs) are a rapidly evolving class of materials, offering interesting properties for catalysis, energy storage, or optoelectronics. However, their photoluminescence properties have been less explored. In this context, the project AI-Unclon aims to use machine learning (ML) to
Artificial Intelligence Methods for Energetic Particle transport in fusion plasmas – AIM4EP
Energetic particles are ubiquitous in magnetically confined fusion plasmas. They contain a significant fraction of the plasma energy and are thus vital for the performance of fusion devices such as ITER. However, the presence of energetic particles and the fact that fusion plasmas are complex system
Artificial Intelligence and Dynamic Modeling tools for Future Flexible Networks – AIDY-F2N
Davidson Paris and Telecom SudParis wish to strengthen their links by setting up the ANR AIDY-F2N LabCom, a joint research laboratory dedicated to Dynamic Modeling for Next Generation networks and services. This initiative reflects the aspiration of both parties to develop and strengthen their know-
Artificial Intelligence design and synthesis of nanoparticles and nanoMaterials – AIM
Silicon (Si) cores coated with a thin shell (=10 nm) of a metallic coating (Au or Ag) are interesting for optical applications, particularly if they can be organized into metasurfaces. The strong magnetic dipole resonance of the silicon particle can be coupled to the electric dipole resonance of the
Artificial Intelligence foR Semantically controlled SPEech UndeRstanding – AISSPER
Artificial Intelligence (AI) is of national strategic importance due to the impressive results of deep learning algorithms in different domains such as natural language processing (NLP), communications, medicine, law, political analytics, and military with a wide range of applications. France is bec
