A graph G is {\xi}-nearly planar if it can be embedded in the sphere so that each of its edges is crossed at most {\xi} times. The family of {\xi}-nearly planar graphs is widely extending the notion of planarity. We introduce an alternative parameterized graph family extending the notion of planarity, the {\lambda}-flat graphs, this time defined as powers of plane graphs in regard to a novel notion of distance, the wall-by-wall distance. We show that the two parameterized graph classes are parametrically equivalent
AbstractThe spherical genus sph(G) of a connected graph G is defined as the minimum number n such th...
Given a set S of points in the plane, there is a triangulation of S such that a path found within th...
We introduce a topological graph parameter s(G), defined for any graph G. This parameter characteriz...
A graph G is ξ-nearly planar if it can be embedded in the sphere so that each of its edges is crosse...
Planar graphs have a rich history that dates back to the 18th Century. They form one of the core con...
Planar graphs have a rich history that dates back to the 18th Century. They form one of the core con...
Planar graphs have been fertile grounds for algorithms research for decades, both because they model...
A planarizing set of a graph is a set of edges or vertices whose removal leaves a planar graph. It i...
AbstractLet a be any vertex of a graph G. By deletion of a and of all those edges of G which are inc...
In this dissertation, we study nearly planar graphs, that is, graphs that are edgeless or have an ed...
AbstractGiven a set S of points in the plane, the complete graph on S (the graph with an edge connec...
We present new approaches to define and analyze geometric graphs. The region-counting distances, int...
Given a set S of points in the plane, there is a triangulation of S such that a path found within th...
We introduce a topological graph parameter s(G), defined for any graph G. This parameter characteriz...
We introduce a topological graph parameter s(G), defined for any graph G. This parameter characteriz...
AbstractThe spherical genus sph(G) of a connected graph G is defined as the minimum number n such th...
Given a set S of points in the plane, there is a triangulation of S such that a path found within th...
We introduce a topological graph parameter s(G), defined for any graph G. This parameter characteriz...
A graph G is ξ-nearly planar if it can be embedded in the sphere so that each of its edges is crosse...
Planar graphs have a rich history that dates back to the 18th Century. They form one of the core con...
Planar graphs have a rich history that dates back to the 18th Century. They form one of the core con...
Planar graphs have been fertile grounds for algorithms research for decades, both because they model...
A planarizing set of a graph is a set of edges or vertices whose removal leaves a planar graph. It i...
AbstractLet a be any vertex of a graph G. By deletion of a and of all those edges of G which are inc...
In this dissertation, we study nearly planar graphs, that is, graphs that are edgeless or have an ed...
AbstractGiven a set S of points in the plane, the complete graph on S (the graph with an edge connec...
We present new approaches to define and analyze geometric graphs. The region-counting distances, int...
Given a set S of points in the plane, there is a triangulation of S such that a path found within th...
We introduce a topological graph parameter s(G), defined for any graph G. This parameter characteriz...
We introduce a topological graph parameter s(G), defined for any graph G. This parameter characteriz...
AbstractThe spherical genus sph(G) of a connected graph G is defined as the minimum number n such th...
Given a set S of points in the plane, there is a triangulation of S such that a path found within th...
We introduce a topological graph parameter s(G), defined for any graph G. This parameter characteriz...