We present a fully practical residual-based adaptive simulation framework for two-phase flows with variable densities governed by a Cahn-Hilliard Navier-Stokes model with double obstacle potential. In...
The Shape--from--Shading problem is a well known ill-posed problem. Several contributions have addressed the case of Lambertian surfaces improving the model with the introduction of perspective deform...
I will introduce the notion of "limit solution" for nonlinear o.d.e.'s where a control u is present together its time derivative. The control u is allowed to be a discontinuous integrable function,so ...
In this talk we review basic alignment models appearing in high-dimensional, social dynamics of multi-agent systems. We study the emergence of self-organization phenomena, and the convergence to conse...
We consider the model problem "What time does the meeting start?" as a prototype for a general class of optimization problems with a continuum of players, called Mean Field Games. Since the dynamics o...
We study the domain of attraction of an asymptotically stable fixed point of the feedback interconnections of two nonlinear systems. For each subsystem we introduce an auxiliary system and assume that...
Maneuvering of low Earth orbiting small spacecraft can be executed without propellant via atmospheric differential drag. This talk introduces analytical guidance solutions for short distance spacecraf...
There are several well known methods to discretize, by finite differences, the vorticity equation for two-dimensional incompressible flow, but Arakawa's Jacobian is one of the most renowned solutions ...
In this talk we shall present numerical approximations of unbounded value functions associated to some stochastic control problems. We derive new error estimates for monotone schemes based on Markov c...
In this talk, we will review some known results on the link between reachability analysis and optimal control problems in the deterministic setting. We will show how this link can be used to get a con...
