Contribution to the study of the particular case of free boundary problem involving experimentation and modeling with water and sand.
Personal report : [🗎]
Personal presentation : [🗎]
Publications : [🗎]
Augmenting a neural transformer with symbolic rules to further close the gap between human and machine performance over receipt labelling task.
Publication : [🗎]
Workshop on Scientific Computing [2021]
Understand bio-chemical reaction networks through the comparative study of different oscillatory dynamical systems.
Publication : [🗎]
This project deals with two Goodwin models of circadian rhythms and three reduced models in understanding the Belousov-Zhabotinski models of chemical reactions. They are examined and compared by applying dynamical systems theory and control theoretical tools. More precisely, stability analysis of equilibria and the Hopf bifurcations. Moreover, we investigate the issues such as positivity and boundeness of the trajectories. Some are carried out by mathematical analysis and some are carried out by numerical simulations performed by Matlab. In particular, we provide a complete parameter description on stability of the Goodwin model in terms of the Hill number, which seems non-addressed in the literature.
English • French • Mandarin • German