We introduce a sub-Riemannian analogue of the Bence-Merriman-Osher algorithm (Merriman et al., 1992 [42]) and show that it leads to weak solutions of the horizontal mean curvature flow of graphs over sub-Riemannian Carnot groups. The proof follows the nonlinear semi-group theory approach originally introduced by L.C. Evans (1993) [27] in the Euclidean setting and is based on new results on the relation between sub-Riemannian heat flows of characteristic functions of subgraphs and the horizontal mean curvature of the corresponding graphs
In this paper we study the generalized mean curvature flow of sets in the sub-Riemannian geometry of...
In this paper we study the generalized mean curvature flow of sets in the sub-Riemannian geometry of...
In this paper we study the generalized mean curvature flow of sets in the sub-Riemannian geometry of...
We introduce a sub-Riemannian analogue of the Bence-Merriman-Osher algorithm (Merriman et al., 1992 ...
We introduce a sub-Riemannian analogue of the Bence-Merriman-Osher algorithm (Merriman et al., 1992 ...
We introduce a sub-Riemannian analogue of the Bence-Merriman-Osher algorithm (Merriman et al., 1992 ...
In this paper we study the generalized mean curvature flow of sets in the sub-Riemannian geometry of...
We consider (smooth) solutions of the mean curvature flow of graphs over bounded domains in a Lie gr...
none3siIn this paper we study heat kernels associated with a Carnot group G, endowed with a family o...
In this paper we study heat kernels associated with a Carnot group G, endowed with a family of colla...
The horizontal mean curvature flow is an evolution of a hypersurface, which is interesting not only...
In this paper we study heat kernels associated with a Carnot group G, endowed with a family of colla...
In this paper we study heat kernels associated with a Carnot group G, endowed with a family of colla...
none2In this paper we study the generalized mean curvature flow of sets in the sub-Riemannian geomet...
We consider (smooth) solutions of the mean curvature flow of graphs over bounded domains in a Lie gr...
In this paper we study the generalized mean curvature flow of sets in the sub-Riemannian geometry of...
In this paper we study the generalized mean curvature flow of sets in the sub-Riemannian geometry of...
In this paper we study the generalized mean curvature flow of sets in the sub-Riemannian geometry of...
We introduce a sub-Riemannian analogue of the Bence-Merriman-Osher algorithm (Merriman et al., 1992 ...
We introduce a sub-Riemannian analogue of the Bence-Merriman-Osher algorithm (Merriman et al., 1992 ...
We introduce a sub-Riemannian analogue of the Bence-Merriman-Osher algorithm (Merriman et al., 1992 ...
In this paper we study the generalized mean curvature flow of sets in the sub-Riemannian geometry of...
We consider (smooth) solutions of the mean curvature flow of graphs over bounded domains in a Lie gr...
none3siIn this paper we study heat kernels associated with a Carnot group G, endowed with a family o...
In this paper we study heat kernels associated with a Carnot group G, endowed with a family of colla...
The horizontal mean curvature flow is an evolution of a hypersurface, which is interesting not only...
In this paper we study heat kernels associated with a Carnot group G, endowed with a family of colla...
In this paper we study heat kernels associated with a Carnot group G, endowed with a family of colla...
none2In this paper we study the generalized mean curvature flow of sets in the sub-Riemannian geomet...
We consider (smooth) solutions of the mean curvature flow of graphs over bounded domains in a Lie gr...
In this paper we study the generalized mean curvature flow of sets in the sub-Riemannian geometry of...
In this paper we study the generalized mean curvature flow of sets in the sub-Riemannian geometry of...
In this paper we study the generalized mean curvature flow of sets in the sub-Riemannian geometry of...