Minkowski sums are of theoretical interest and have applications in fields related to industrial backgrounds. In this paper we focus on the specific case of summing polytopes as we want to solve the tolerance analysis problem described in [1]. Our approach is based on the use of linear programming and is solvable in polynomial time. The algorithm we developed can be implemented and parallelized in a very easy way
Minkowski sums cover a wide range of applications in many different fields like algebra, morphing, r...
AbstractThe objective of this paper is to study a special family of Minkowski sums, that is of polyt...
Abstract. In this paper we settle the long-standing question regarding the combinatorial complexity ...
In tolerance analysis, it is necessary to check that the cumulative defect limits specified for the ...
AbstractIn tolerance analysis, it is necessary to check that the cumulative defect limits specified ...
This article proposes the use of polytopes in $\mathcal{HV}$-description to solve tolerance analysis...
To determine the relative position of any two surfaces in a system, one approach is to useoperations...
This article proposes the use of polytopes in HV-description to solve tolerance analysis problems. P...
International audiencePrompted by the development of algorithms for analysing geometric tolerancing,...
International audiencePrompted by the development of algorithms for analysing geometric tolerancing,...
Minkowski sum is an important operation. It is used in many domains such as: computer-aided design, ...
A new method is presented to calculate the Minkowski sum of two convex polyhedra A and B in 3D. Thes...
For polytopes P,Q ⊂ Rd we consider the intersection P ∩Q; the convex hull of the union CH(P ∪Q); and...
We present two exact implementations of efficient output-sensitive algorithms that compute Minkowski...
AbstractSparse elimination exploits the structure of algebraic equations in order to obtain tighter ...
Minkowski sums cover a wide range of applications in many different fields like algebra, morphing, r...
AbstractThe objective of this paper is to study a special family of Minkowski sums, that is of polyt...
Abstract. In this paper we settle the long-standing question regarding the combinatorial complexity ...
In tolerance analysis, it is necessary to check that the cumulative defect limits specified for the ...
AbstractIn tolerance analysis, it is necessary to check that the cumulative defect limits specified ...
This article proposes the use of polytopes in $\mathcal{HV}$-description to solve tolerance analysis...
To determine the relative position of any two surfaces in a system, one approach is to useoperations...
This article proposes the use of polytopes in HV-description to solve tolerance analysis problems. P...
International audiencePrompted by the development of algorithms for analysing geometric tolerancing,...
International audiencePrompted by the development of algorithms for analysing geometric tolerancing,...
Minkowski sum is an important operation. It is used in many domains such as: computer-aided design, ...
A new method is presented to calculate the Minkowski sum of two convex polyhedra A and B in 3D. Thes...
For polytopes P,Q ⊂ Rd we consider the intersection P ∩Q; the convex hull of the union CH(P ∪Q); and...
We present two exact implementations of efficient output-sensitive algorithms that compute Minkowski...
AbstractSparse elimination exploits the structure of algebraic equations in order to obtain tighter ...
Minkowski sums cover a wide range of applications in many different fields like algebra, morphing, r...
AbstractThe objective of this paper is to study a special family of Minkowski sums, that is of polyt...
Abstract. In this paper we settle the long-standing question regarding the combinatorial complexity ...