AbstractThis paper studies the problem of drawing directed acyclic graphs in three dimensions in the straight-line grid model so that all directed edges are oriented in a common (upward) direction. We show that there exists a family of outerplanar directed acyclic graphs whose volume requirement is super-linear. We also prove that for the case of directed trees a linear-volume upper bound is achievable
Computing a minimum-area planar straight-line drawing of a graph is known to be NP-hard for planar g...
In an upward-planar L-drawing of a directed acyclic graph (DAG) each edge e is represented as a poly...
We consider the problem of computing orthogonal drawings and quasi-upward drawings with vertices of ...
This paper studies the problem of drawing directed acyclic graphs in three dimensions in the straigh...
AbstractThis paper studies the problem of drawing directed acyclic graphs in three dimensions in the...
A three-dimensional grid drawing of a graph is a placement of the vertices at distinct points with i...
A three-dimensional grid drawing of a graph is a placement of the vertices at distinct points with i...
We prove that every n-vertex graph G with path-width pw(G) has a three-dimensional straight-line gri...
An upward plane drawing of a directed acyclic graph is a plane drawing of the graph in which each di...
We prove that every n-vertex graph G with path-width pw(G) has a three-dimensional straight-line gri...
A three-dimensional grid drawing of a graph is a placement of the vertices at distinct points with i...
A upward plane drawing of a directed acyclic graph is a straight line drawing in the Euclidean plane...
. An upward plane drawing of a directed acyclic graph is a plane drawing of the digraph in which eac...
AbstractWe investigate several straight-line drawing problems for bounded-degree trees in the intege...
We prove that any AVL tree admits a linear-area planar straight-line grid strictly-upward drawing, t...
Computing a minimum-area planar straight-line drawing of a graph is known to be NP-hard for planar g...
In an upward-planar L-drawing of a directed acyclic graph (DAG) each edge e is represented as a poly...
We consider the problem of computing orthogonal drawings and quasi-upward drawings with vertices of ...
This paper studies the problem of drawing directed acyclic graphs in three dimensions in the straigh...
AbstractThis paper studies the problem of drawing directed acyclic graphs in three dimensions in the...
A three-dimensional grid drawing of a graph is a placement of the vertices at distinct points with i...
A three-dimensional grid drawing of a graph is a placement of the vertices at distinct points with i...
We prove that every n-vertex graph G with path-width pw(G) has a three-dimensional straight-line gri...
An upward plane drawing of a directed acyclic graph is a plane drawing of the graph in which each di...
We prove that every n-vertex graph G with path-width pw(G) has a three-dimensional straight-line gri...
A three-dimensional grid drawing of a graph is a placement of the vertices at distinct points with i...
A upward plane drawing of a directed acyclic graph is a straight line drawing in the Euclidean plane...
. An upward plane drawing of a directed acyclic graph is a plane drawing of the digraph in which eac...
AbstractWe investigate several straight-line drawing problems for bounded-degree trees in the intege...
We prove that any AVL tree admits a linear-area planar straight-line grid strictly-upward drawing, t...
Computing a minimum-area planar straight-line drawing of a graph is known to be NP-hard for planar g...
In an upward-planar L-drawing of a directed acyclic graph (DAG) each edge e is represented as a poly...
We consider the problem of computing orthogonal drawings and quasi-upward drawings with vertices of ...