This talk will consider several examples of large-scale random systems, such as particles systems with conservation laws, systems of random walks with mutual or self-interaction, the dimer model in Z^...
We study the two-dimensional viscous flow past a solid boundary using vortex particle methods. Vortex methods are Lagrangian methods used for the resolution of Navier - Stokes equations in vorticity-v...
In this talk, we discuss a data-driven regression framework for the computation of high-dimensional optimal feedback laws. We propose a causality-free approach for approximating the value function of ...
Il seminario mira a dare una panoramica sulla Teoria KAM debole dalla sua nascita alla fine degli anni 90 dello scorso secolo sino ai piurecenti sviluppi ed applicazioni. Si trattera soprattutto il ca...
We present a novel computational framework for portfolio-wide risk management problems where the presence of a potentially large number of risk factors makes traditional numerical techniques ineffecti...
We study the influence of electric fields on 3D surfactant-covered drops using a spectrally accurate boundary integral method. Surfactants (surface-active-agents) are compounds that change the surface...
Lax-Wendroff methods for linear systems of conservation laws are based on Taylor expansions in time in which the time derivatives are transformed into spatial derivatives using the governing equations...
In this talk I will investigate the theoretical and numerical properties of the first-order Lighthill-Whitham-Richards (LWR) traffic flow model with time delay. Since standard results from the literat...
Low Mach problems arise in gas dynamics when the local speed is much smaller than the acoustic waves. In these regimes, a full resolution of all the waves requires very small time steps, while usually...
Advection-diffusion-reaction equations have a moltitudine of applications, such as in climate, water and air quality models, or in short and medium range weather forecasting. Due to the potentially ve...
