Objective:Starting from a software freely offered by @mpeg-i-visual and proposing a much faster alternative.Approach:- Study of the latest innovations in real-time synthetic view rendering.- Quality evaluation of the two softwares developed by @mpeg-i-visual: RVS and TMIV.- Optimization of RVS leveraging CUDA and its capabilities in terms of GPU acceleration.- Introduction of asynchronous functions and implementation of low-level functions to increase… Show more Objective:Starting from a software freely offered by @mpeg-i-visual and proposing a much faster alternative.Approach:- Study of the latest innovations in real-time synthetic view rendering.- Quality evaluation of the two softwares developed by @mpeg-i-visual: RVS and TMIV.- Optimization of RVS leveraging CUDA and its capabilities in terms of GPU acceleration.- Introduction of asynchronous functions and implementation of low-level functions to increase performance.Use Case:Visualization of a scene with a VR headset while calculations are performed on an external machine. Writing and submitting a conference paper on this CUDA solution to the "Society for Imaging Science and Technology". Show less

Objective:Develop a tool that allows quick and ergonomic visualization of the attendance of students and teachers over a determined period.Approach:- Generation of Excel files from Java.- Retrieval of information from a server, reformatting, and display in the spreadsheet.Use Case:Internal use of the software, within the school.

- Learning fundamental hydraulics concepts including: = Courses on topics such as the physical laws surrounding dam construction, = Practical work, such as wave generation with lock systems and water speed adjustments.- Conducting Climate Fresk workshops for high school and university students and teachers.- Writing an educational resource on climate.