A graph is 1-planar if it can be drawn in the plane such that each edge is crossed at most once. In general, 1-planar graphs do not admit straight-line drawings. We show that every 3-connected 1-planar graph has a straight-line drawing on an integer grid of quadratic size, with the exception of a single edge on the outer face that has one bend. The drawing can be computed in linear time from any given 1-planar embedding of the graph
AbstractA graph is called 1-planar if there exists its drawing in the plane such that each edge is c...
: We present a new algorithm for drawing planar graphs on the plane. It can be viewed as a generaliz...
We consider three-dimensional grid-drawings of graphs with at most one bend per edge. Under the addi...
We study the following classes of beyond-planar graphs: 1-planar, IC-planar, and NIC-planar graphs. ...
A graph is 1-planar if it has a drawing where each edge is crossed at most once. A drawing is RAC (R...
We study the following classes of beyond-planar graphs: 1-planar, IC-planar, and NIC-planar graphs. ...
A graph is 1-planar if it can be drawn in the plane such that each of its edges is crossed at most o...
We study straight-line drawings of planar graphs with few segments and few slopes. Optimal results a...
A graph is outer 1-planar if it admits a drawing where each vertex is on the outer face and each edg...
We study straight-line drawings of graphs with few segments and few slopes. Optimal results are obta...
A graph is outer 1-planar if it admits a drawing where each vertex is on the outer face and each edg...
We define the visual complexity of a plane graph drawing to be the number of basic geometric objects...
We study straight-line drawings of graphs with few segments and few slopes. Optimal results are obta...
Graphs arise in a natural way in many applications, together with the need to be drawn. Except for v...
AbstractWe study straight-line drawings of planar graphs with few segments and few slopes. Optimal r...
AbstractA graph is called 1-planar if there exists its drawing in the plane such that each edge is c...
: We present a new algorithm for drawing planar graphs on the plane. It can be viewed as a generaliz...
We consider three-dimensional grid-drawings of graphs with at most one bend per edge. Under the addi...
We study the following classes of beyond-planar graphs: 1-planar, IC-planar, and NIC-planar graphs. ...
A graph is 1-planar if it has a drawing where each edge is crossed at most once. A drawing is RAC (R...
We study the following classes of beyond-planar graphs: 1-planar, IC-planar, and NIC-planar graphs. ...
A graph is 1-planar if it can be drawn in the plane such that each of its edges is crossed at most o...
We study straight-line drawings of planar graphs with few segments and few slopes. Optimal results a...
A graph is outer 1-planar if it admits a drawing where each vertex is on the outer face and each edg...
We study straight-line drawings of graphs with few segments and few slopes. Optimal results are obta...
A graph is outer 1-planar if it admits a drawing where each vertex is on the outer face and each edg...
We define the visual complexity of a plane graph drawing to be the number of basic geometric objects...
We study straight-line drawings of graphs with few segments and few slopes. Optimal results are obta...
Graphs arise in a natural way in many applications, together with the need to be drawn. Except for v...
AbstractWe study straight-line drawings of planar graphs with few segments and few slopes. Optimal r...
AbstractA graph is called 1-planar if there exists its drawing in the plane such that each edge is c...
: We present a new algorithm for drawing planar graphs on the plane. It can be viewed as a generaliz...
We consider three-dimensional grid-drawings of graphs with at most one bend per edge. Under the addi...