Public Defense Anastassiya Zabudkina
On April 3, 2026, Akash Singh will publicly defend his thesis entitled: "Uncertainty Quantification with Machine Learning and Reinforcement Learning for Business Decision-Making"
On April 3, 2026, Akash Singh will publicly defend his thesis entitled: "Uncertainty Quantification with Machine Learning and Reinforcement Learning for Business Decision-Making"
La thèse est intitulée : « Mapping benthic traits over the northwestern shelf of the Black Sea: a trait-based modelling approach ».
The thesis is entitled "Antiviral Drug Discovery Targeting Coronavirus Entry: Usambarensine as a Hid Compound".
La thèse est intitulée : « Long-term study of the MHWs in the Mediterranean Sea and the Red Sea: an assessment of their trends, drivers, and their early indicators».
The thesis is entitled "Contribution to Movement Monitoring in Neurology".
La thèse est intitulée : « Urban Digital Twins Levels of Integration: From Conceptualization to Technical Implementation ».
The thesis is entitled "Experimental study of fertility alterations, immune microenvironment changes, and S1P pathway targeting in a murine model of adenomyosis".
The thesis is entitled "Advancing the Assessment of Dysphagia in Patients with Severe Acquired Brain Injury and Disorders of Consciousness: A Clinically Based Toolkit for Bedside Assessment".
À la suite d'un recherche interdisciplinaire collaborative qu'elles ont menée, un exposé par Nathalie MAULET (DRD, ONE), Florence PIRARD et Élodie RAZY.
The thesis is entitled "A Multimodal Approach to Non-Invasive Neural Stimulation for Severe Brain Injury".
La thèse est intitulée : « Analyzing global change impacts on biodiversity through the lens of epiphytic bryophytes ».
La thèse est intitulée : « Multipolar capillary interactions: Self-assembly and Manipulation ».