AbstractIn this paper we address the problem of computing a minimal representation of the convex hull of the union of k H-polytopes in Rd. Our method applies the reverse search algorithm to a shelling ordering of the facets of the convex hull. Efficient wrapping is done by projecting the polytopes onto the two-dimensional space and solving a linear program. The resulting algorithm is polynomial in the sizes of input and output under the general position assumption
AbstractA function f:Rd→R is called D-convex, where D is a set of vectors in Rd, if its restriction ...
There is an on-line version of the Concave Hull algorithm at: http://local.dsi.uminho.ptThis paper d...
AbstractThis paper presents a new algorithm for the convex hull problem, which is based on a reducti...
AbstractIn this paper we address the problem of computing a minimal representation of the convex hul...
AbstractIn this paper, two linear programming formulations of the convex hull problem are presented....
A polytope is the bounded intersection of a finite set of halfspaces of R d . Every polytope can a...
The construction of the convex hull of a finite point set in a low-dimensional Euclidean space is a...
AbstractA convex polytope P can be specified in two ways: as the convex hull of the vertex set V of ...
Dedicated to Professor Masao Iri on the occasion of his 65th birthday This paper describes computati...
Finding the convex hull of a finite set of points is important not only for practical applications b...
This research effort focuses on the acquisition of polyhedral outer-approximations to the convex hul...
In this paper we present a new algorithm for finding the convex hull C(P) for P sets of n points in ...
All possible convex hull (i.e. the minimum area convex polygon containing the planar set) algorithms...
In general dimension, there is no known total polynomial algorithm for either convex hull or vertex ...
[[abstract]]The algorithm to construct the convex hull for a set of finite points in two-dimensional...
AbstractA function f:Rd→R is called D-convex, where D is a set of vectors in Rd, if its restriction ...
There is an on-line version of the Concave Hull algorithm at: http://local.dsi.uminho.ptThis paper d...
AbstractThis paper presents a new algorithm for the convex hull problem, which is based on a reducti...
AbstractIn this paper we address the problem of computing a minimal representation of the convex hul...
AbstractIn this paper, two linear programming formulations of the convex hull problem are presented....
A polytope is the bounded intersection of a finite set of halfspaces of R d . Every polytope can a...
The construction of the convex hull of a finite point set in a low-dimensional Euclidean space is a...
AbstractA convex polytope P can be specified in two ways: as the convex hull of the vertex set V of ...
Dedicated to Professor Masao Iri on the occasion of his 65th birthday This paper describes computati...
Finding the convex hull of a finite set of points is important not only for practical applications b...
This research effort focuses on the acquisition of polyhedral outer-approximations to the convex hul...
In this paper we present a new algorithm for finding the convex hull C(P) for P sets of n points in ...
All possible convex hull (i.e. the minimum area convex polygon containing the planar set) algorithms...
In general dimension, there is no known total polynomial algorithm for either convex hull or vertex ...
[[abstract]]The algorithm to construct the convex hull for a set of finite points in two-dimensional...
AbstractA function f:Rd→R is called D-convex, where D is a set of vectors in Rd, if its restriction ...
There is an on-line version of the Concave Hull algorithm at: http://local.dsi.uminho.ptThis paper d...
AbstractThis paper presents a new algorithm for the convex hull problem, which is based on a reducti...