OZERÉ Solène

Solène OZERÉ is a researcher affiliated with INSA Rouen's Numerical Analysis, Imaging and Approximation team within the Graduate school Minmacs & Master MAM. Her work focuses on imaging, partial differential equations, and scientific computing. She completed a doctoral thesis in 2015 under advisors C. Le Guyader and C. Gout, defending her thesis titled 'Joint segmentation/registration model by shape alignment via weighted total variation minimization and nonlinear elasticity'. Her research emphasizes topology preservation in deformation fields and combines variational models with hyperelastic material principles for image registration challenges.

• Education: INSA Rouen Engineer (Mathematical Engineering) and Research Master's in Fundamental and Applied Mathematics (Rouen)
• Key Contributions: Developed methods for joint segmentation-registration using nonlinear elasticity, validated on synthetic and medical datasets (mouse brain, cardiac MRI)
• Teaching: Conducted teaching missions in 2013/14 and 2014/15

Her work bridges mathematical theory with computational applications in medical imaging, emphasizing robust handling of large deformations and topological complexity.