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Radiation dose optimization for X-ray guided procedures – OptimiX
X-ray based medical imaging plays a fundamental role in several fields of medicine. However, the use of X-rays for medical purposes is associated with an inherent risk of exposing patient, interventional radiologists/surgeons and supporting medical staff members to harmful ionizing radiation. Countl
Railway EffIcieNcy Fostered by Operations ResearCh EmpoweRing Articificial InteLligence – REINFORCERAIL
In REINFORCERAIL, we aim to combine Artificial Intelligence (AI) and Operations Research (OR)-based approaches for railway traffic management. In particular, we address two research questions: 1. How can AI help find traffic management decisions in real-world circumstances: within short times and
Rapid recOnfiguration of manufacturing systems: a model-baseD software engineering and human Interaction Coupled approach – RODIC
Reconfigurable manufacturing systems (RMS) are currently considered one of the most promising avenues for business adaptability in the face of significant uncertainty. The underlying idea is to be able to modify both the physical structure and the structure of the RMS's control system to enable it t
Rational design concepts of Engineered Ceramics with Integrated catalytically active metal sites For electrochemical Energy conversion – RECIFE
Achieving a sufficient, permanent, emission-free and environmentally friendly energy system is a top priority for the global energy agenda. In these global efforts, material design and electrochemistry play a central role in offering alternative energy solutions. Renewable hydrogen, in particular, p
Rational design of chemosensory compounds targeting smell, taste and emotion – chemosim
ChEmoSim is a fundamental and highly multidisciplinary project. It gathers academic experts in computational modeling, protein engineering, neuroscience, and a company expert in sensory analysis. The research hypothesis is that numerical models can crack the code of chemosensory sensations. To achie
Real-time Visual Reconstruction by Mixing Multiple Depth and Color Cameras – MIXCAM
The objective of MIXCAM is to develop novel scientific concepts and associated methods and software for producing live 3D content for glass-free multi-view 3D displays. MIXCAM will combine (i) theoretical principles underlying computational stereopsis, (ii) multiple-camera reconstruction methodologi
Reasoning about Games for creating and refIning strategies – NOGGINS
The goal of this project is to build intelligent players that can learn and represent in a symbolic way strategies for playing games while considering different perspectives starting from “winning the game” to “being ethical”. To do so, agents will reason at first about the rules governing the games
Reconfigurable transmitarrays for beam steering and beam forming at millimetre waves – TRANSMIL
TRANSMIL is a fundamental research project aiming at making major innovations in modeling, design and demonstration of electronically-reconfigurable transmitarrays (TAs) with beam-steering and beam-forming capabilities at millimeter-wave frequencies (Ka band). It fits in the thematic frame “Société
Reconstructing the life of massive galaxies through artificial intelligence in the big-data era – ASTROBRAIN
Understanding how galaxies form and evolve is an unavoidable step for humanity in quest for its origins. Galaxies in the past were small, dense and irregular. Today they conform the well known Hubble sequence. Linking the two populations is the key and the founding driver of this proposal. We have
