International audienceWe show in this note that the Itô-Lyons solution map associated to a rough differential equation is Fréchet differentiable when understood as a map between some Banach spaces of controlled paths. This regularity result provides an elementary approach to Taylor-like expansions of Inahama-Kawabi type for solutions of rough differential equations depending on a small parameter, and makes the construction of some natural dynamics on the path space over any compact Riemannian manifold straightforward, giving back Driver’s flow as a particular case
Rough path theory is focused on capturing and making precise the interactions between highly oscilla...
We provide a theory of manifold-valued rough paths of bounded 3 >p-variation, which we do not assume...
Similar to ordinary differential equations, rough paths and rough differential equations can be form...
International audienceThe Itô map assigns the solution of a Rough Differential Equation, a generaliz...
8 pagesInternational audienceWe show in this note how the machinery of C^1-approximate flows devised...
AbstractGiven an Itô vector fieldM, there is a unique solutionξt(h) to the differential equationdξt(...
We introduce a differential structure for the space of weakly geometric p rough paths over a Banach ...
Motivated by building a Lipschitz structure on the reachability set of a set of rough differential e...
AbstractWe introduce a differential structure for the space of weakly geometric p rough paths over a...
We extend the work of T. Lyons [T.J. Lyons, Differential equations driven by rough signals, Rev. Mat...
Partial differential equations driven by rough paths are studied. We return to the investigations of...
The purpose of this article is to solve rough differential equations with the theory of regularity ...
Smooth manifolds are not the suitable context for trying to generalize the concept of rough paths as...
We investigate existence, uniqueness and regularity for solutions of rough parabolic equations of th...
We consider differential equations driven by rough paths and study the regularity of the laws and th...
Rough path theory is focused on capturing and making precise the interactions between highly oscilla...
We provide a theory of manifold-valued rough paths of bounded 3 >p-variation, which we do not assume...
Similar to ordinary differential equations, rough paths and rough differential equations can be form...
International audienceThe Itô map assigns the solution of a Rough Differential Equation, a generaliz...
8 pagesInternational audienceWe show in this note how the machinery of C^1-approximate flows devised...
AbstractGiven an Itô vector fieldM, there is a unique solutionξt(h) to the differential equationdξt(...
We introduce a differential structure for the space of weakly geometric p rough paths over a Banach ...
Motivated by building a Lipschitz structure on the reachability set of a set of rough differential e...
AbstractWe introduce a differential structure for the space of weakly geometric p rough paths over a...
We extend the work of T. Lyons [T.J. Lyons, Differential equations driven by rough signals, Rev. Mat...
Partial differential equations driven by rough paths are studied. We return to the investigations of...
The purpose of this article is to solve rough differential equations with the theory of regularity ...
Smooth manifolds are not the suitable context for trying to generalize the concept of rough paths as...
We investigate existence, uniqueness and regularity for solutions of rough parabolic equations of th...
We consider differential equations driven by rough paths and study the regularity of the laws and th...
Rough path theory is focused on capturing and making precise the interactions between highly oscilla...
We provide a theory of manifold-valued rough paths of bounded 3 >p-variation, which we do not assume...
Similar to ordinary differential equations, rough paths and rough differential equations can be form...