In this work we consider the following problem. Given a planar graph G with maximum degree 4 and a function flex E->N_o: that gives each edge a flexibility. Does G admit a planar embedding on the grid such that each edge e has at most flex(e) bends? Note that in our setting the combinatorial embedding of G is not fixed. We give a polynomial-time algorithm for this problem when the flexibility of each edge is positive. This includes as a special case the problem of deciding whether G admits a drawing with at most one bend per edge
AbstractLet G be a graph with maximum degree at most six. A three-dimensional orthogonal drawing of ...
In an orthogonal drawing of a plane graph G each vertex is drawn as a point and each edge is drawn a...
AbstractAn orthogonal drawing of a graph is a drawing such that vertices are placed on grid points a...
Traditionally, the quality of orthogonal planar drawings is quantified by either the total number of...
Abstract. We consider the problem of creating plane orthogonal draw-ings of 4-planar graphs (planar ...
Drawing a graph nicely in the plane is a challenging task and mostly the appropriate problems of max...
We describe a branch-and-bound algorithm for computing an orthogonal grid drawing with the minimum n...
The task of finding an extension to a given partial drawing of a graph while adhering to constraints...
This paper addresses a long standing, widely studied, open question: Given a planar 3-graph G (i.e.,...
AbstractAn orthogonal drawing of a graph is an embedding in the plane such that all edges are drawn ...
We introduce a new approach to orthogonal drawings of planar graphs. We define invariants that are r...
Orthogonal drawings of graphs are highly accepted in practice. For planar graphs with vertex degree ...
Orthogonal drawings of graphs are highly accepted in practice. For planar graphs with vertex degree ...
An orthogonal drawing of a graph is an embedding in the plane such that all edges are drawn as sequ...
In last year's graph drawing workshop GD'93 we considered a restricted version of the problem of min...
AbstractLet G be a graph with maximum degree at most six. A three-dimensional orthogonal drawing of ...
In an orthogonal drawing of a plane graph G each vertex is drawn as a point and each edge is drawn a...
AbstractAn orthogonal drawing of a graph is a drawing such that vertices are placed on grid points a...
Traditionally, the quality of orthogonal planar drawings is quantified by either the total number of...
Abstract. We consider the problem of creating plane orthogonal draw-ings of 4-planar graphs (planar ...
Drawing a graph nicely in the plane is a challenging task and mostly the appropriate problems of max...
We describe a branch-and-bound algorithm for computing an orthogonal grid drawing with the minimum n...
The task of finding an extension to a given partial drawing of a graph while adhering to constraints...
This paper addresses a long standing, widely studied, open question: Given a planar 3-graph G (i.e.,...
AbstractAn orthogonal drawing of a graph is an embedding in the plane such that all edges are drawn ...
We introduce a new approach to orthogonal drawings of planar graphs. We define invariants that are r...
Orthogonal drawings of graphs are highly accepted in practice. For planar graphs with vertex degree ...
Orthogonal drawings of graphs are highly accepted in practice. For planar graphs with vertex degree ...
An orthogonal drawing of a graph is an embedding in the plane such that all edges are drawn as sequ...
In last year's graph drawing workshop GD'93 we considered a restricted version of the problem of min...
AbstractLet G be a graph with maximum degree at most six. A three-dimensional orthogonal drawing of ...
In an orthogonal drawing of a plane graph G each vertex is drawn as a point and each edge is drawn a...
AbstractAn orthogonal drawing of a graph is a drawing such that vertices are placed on grid points a...