AbstractAn offset-polygon annulus region is defined in terms of a polygon P and a distance δ > 0 (offset of P). In this paper we solve several containment problems for polygon annulus regions with respect to an input point set. Optimization criteria include both maximizing the number of points contained in a fixed size annulus and minimizing the size of the annulus needed to contain all points. We address the following variants of the problem: placement of an annulus of a convex polygon as well as of a simple polygon; placement by translation only, or by translation and rotation; off-line and on-line versions of the corresponding decision problems; and decision as well as optimization versions of the problems. We present efficient algorithm...
AbstractGiven a convex polygonal object P with k vertices and an environment consisting of polygonal...
An algorithm and implementation is given for rotational polygon containment: given polygons P1 ; P2 ...
Introduction. Optimization placement problems are NP-hard. In most cases related to cutting and pack...
AbstractAn offset-polygon annulus region is defined in terms of a polygon P and a distance δ > 0 (of...
AbstractIn this paper we give solutions to several constrained polygon annulus placement problems fo...
In this paper we give solutions to several constrained polygon annulus placement problems for offset...
Aicholzer et al. recently presented a new geometric construct called the straight skeleton of a simp...
AbstractIn this paper we give solutions to several constrained polygon annulus placement problems fo...
Let M be an m-sided simple polygon and N be an n-sided polygon with holes. In this paper we consider...
Let M be an m-sided simple polygon and N be an n-sided polygon with holes. In this paper we consider...
Let M be an m-sided simple polygon and N be an n-sided polygon with holes. In this paper we consider...
AbstractGiven a convex polygonal object P with k vertices and an environment consisting of polygonal...
AbstractGiven a convex polygon P with m vertices and a set S of n points in the plane, we consider t...
AbstractAn algorithm and a robust floating point implementation is given for rotational polygon cont...
We present an algorithm for the two-dimensional translational containment problem: find translations...
AbstractGiven a convex polygonal object P with k vertices and an environment consisting of polygonal...
An algorithm and implementation is given for rotational polygon containment: given polygons P1 ; P2 ...
Introduction. Optimization placement problems are NP-hard. In most cases related to cutting and pack...
AbstractAn offset-polygon annulus region is defined in terms of a polygon P and a distance δ > 0 (of...
AbstractIn this paper we give solutions to several constrained polygon annulus placement problems fo...
In this paper we give solutions to several constrained polygon annulus placement problems for offset...
Aicholzer et al. recently presented a new geometric construct called the straight skeleton of a simp...
AbstractIn this paper we give solutions to several constrained polygon annulus placement problems fo...
Let M be an m-sided simple polygon and N be an n-sided polygon with holes. In this paper we consider...
Let M be an m-sided simple polygon and N be an n-sided polygon with holes. In this paper we consider...
Let M be an m-sided simple polygon and N be an n-sided polygon with holes. In this paper we consider...
AbstractGiven a convex polygonal object P with k vertices and an environment consisting of polygonal...
AbstractGiven a convex polygon P with m vertices and a set S of n points in the plane, we consider t...
AbstractAn algorithm and a robust floating point implementation is given for rotational polygon cont...
We present an algorithm for the two-dimensional translational containment problem: find translations...
AbstractGiven a convex polygonal object P with k vertices and an environment consisting of polygonal...
An algorithm and implementation is given for rotational polygon containment: given polygons P1 ; P2 ...
Introduction. Optimization placement problems are NP-hard. In most cases related to cutting and pack...