The Session at a Glance
The first part of this session will be devoted to the presentation of the current research activities on the atmospheric reentry of space vehicles, within a collaborative effort of NASA-Ames, Inria, Stanford University and the von Karman Institute. The focus will be on the description of the challenges associated to the prediction of some specific aspects, such as material ablation, catalysis, the control of the trajectory. Finally, the role of the numerical simulation and the additional value provided by the use of uncertainty quantification methods will be depicted.
The second part will be a review about the different activities performed in the Associated Teams concerning computation and data analysis approach : transportation and trafic management, optimization with algebraic methods and hierarchical algorithms for computational linear algebra.
Preliminary Agenda
08:30: Registration
08:45: Welcome
09:00-09:45: P.M. Congedo, Inria, AQUARIUS Associate Team:
A global overview about the aerospace activities of the AQUARIUS Team in Silicon Valley
09:45-10:30: A. Turchi, Inria-VKI:
Thermochemical ablation modeling forward uncertainty analysis
10:30: Break
11:00-11:30: D. Masutti, Inria, VKI, Stanford University:
An uncertainty quantification investigation in the global ionosphere-thermosphere model.
11:30-12:00:
12:30:Lunch Break at “Autour d’un Grill” restaurant, 145 Avenue Daumesnil, 75012 Paris
14:00-14:30: M.L. Delle Monache, ORESTE Associate Team
Modeling of traffic flow on networks
14:30-15:00: A. Ladino, COMFORT Associate Team
Travel time forecasting via Kalman filter-based optimal fusion strategy
15:00-15:30: Y. Harness, FASTLA Associate Team
Multilevel Spectral Analysis of H-Matrices
15:30: Break
16:00-16:30: J.-C. Faugere, GOAL Associate Team
16:30-17:00: P.M. Congedo, AQUARIUS Associate Team
Some recent advancements in optimization under uncertainties methods
