Abstract. Motivated by a connection with the factorization of multivariable polynomials, we study integral convex polytopes and their integral decompositions in the sense of the Minkowski sum. We first show that deciding decomposability of integral polygons is NP-complete then present a pseudo-polynomial time algorithm for decomposing polygons. For higher dimensional polytopes, we give a heuristic algorithm which is based upon projections and uses randomization. Applications of our algorithms include absolute irreducibility testing and factorization of polynomials via their Newton polytopes.
International audienceIn this paper, we present an efficient and general algorithm for decomposing m...
This paper presents an algorithm for computing a decomposition of a non- negative real polynomial as...
AbstractWe propose a strategy to decompose a polygon, containing zero or more holes, into “approxima...
. Motivated by a connection with the factorization of multivariable polynomials, we study integral c...
We focus on two central themes in this dissertation. The first one is on decomposing polyto...
A multivariable polynomial is associated with a polytope, called its Newton polytope. A polynomial i...
AbstractSeveral algorithms for computing the Minkowski sum of two polygons in the plane begin by dec...
We apply combinatorial methods to a geometric problem: the classification of polytopes, in terms of ...
We introduce a new approach to multivariate polynomial factorisation which incorporates ideas from p...
We study the following problem. Given a multiset M of non-negative integers, decide whether there...
In this paper we consider the problem of decomposing a simple polygon into subpolygons that exclusiv...
Introduction We present a locality-based algorithm to solve the problem of splitting a complex of c...
A polytope is integral if all of its vertices are lattice points. The constant term of the ...
AbstractA polytope is integral if all of its vertices are lattice points. The constant term of the E...
The contribution of the thesis is threefold. The first Problem is computing the discriminant, when t...
International audienceIn this paper, we present an efficient and general algorithm for decomposing m...
This paper presents an algorithm for computing a decomposition of a non- negative real polynomial as...
AbstractWe propose a strategy to decompose a polygon, containing zero or more holes, into “approxima...
. Motivated by a connection with the factorization of multivariable polynomials, we study integral c...
We focus on two central themes in this dissertation. The first one is on decomposing polyto...
A multivariable polynomial is associated with a polytope, called its Newton polytope. A polynomial i...
AbstractSeveral algorithms for computing the Minkowski sum of two polygons in the plane begin by dec...
We apply combinatorial methods to a geometric problem: the classification of polytopes, in terms of ...
We introduce a new approach to multivariate polynomial factorisation which incorporates ideas from p...
We study the following problem. Given a multiset M of non-negative integers, decide whether there...
In this paper we consider the problem of decomposing a simple polygon into subpolygons that exclusiv...
Introduction We present a locality-based algorithm to solve the problem of splitting a complex of c...
A polytope is integral if all of its vertices are lattice points. The constant term of the ...
AbstractA polytope is integral if all of its vertices are lattice points. The constant term of the E...
The contribution of the thesis is threefold. The first Problem is computing the discriminant, when t...
International audienceIn this paper, we present an efficient and general algorithm for decomposing m...
This paper presents an algorithm for computing a decomposition of a non- negative real polynomial as...
AbstractWe propose a strategy to decompose a polygon, containing zero or more holes, into “approxima...