For the elements of a numerical semigroup which are larger than the Frobenius number, we introduce the definition of seed by broadening the notion of generator. This new concept allows us to explore the semigroup tree in an alternative efficient way, since the seeds of each descendant can be easily obtained from the seeds of its parent. The paper is devoted to presenting the results which are related to this approach, leading to a new algorithm for computing and counting the semigroups of a given genus
In this work we describe the saturated numerical semigroups, and characterize the SAT system of gene...
In this paper, we characterize those numerical semigroups containing n1,n2 . From this characteriza...
AbstractIn this paper, we present an efficient algorithm to compute the whole set of numerical semig...
For the elements of a numerical semigroup which are larger than the Frobenius number, we introduce t...
For a numerical semigroup, we encode the set of primitive elements that are larger than its Frobeniu...
For a numerical semigroup, we encode the set of primitive elements that are larger than its Frobeniu...
14 pagesInternational audienceIn this paper we describe an algorithm visiting all numerical semigrou...
14 pagesInternational audienceIn this paper we describe an algorithm visiting all numerical semigrou...
14 pagesInternational audienceIn this paper we describe an algorithm visiting all numerical semigrou...
14 pagesInternational audienceIn this paper we describe an algorithm visiting all numerical semigrou...
14 pagesInternational audienceIn this paper we describe an algorithm visiting all numerical semigrou...
In this paper we present an algorithm for computing the set of saturated numerical semigroups of a g...
In this paper, we characterize those numerical semigroups containing 〈n1,n2〉. From this characteriza...
AbstractIn this paper, we characterize those numerical semigroups containing 〈n1,n2〉. From this char...
In this paper, we characterize those numerical semigroups containing hn1, n2i. From this characteriz...
In this work we describe the saturated numerical semigroups, and characterize the SAT system of gene...
In this paper, we characterize those numerical semigroups containing n1,n2 . From this characteriza...
AbstractIn this paper, we present an efficient algorithm to compute the whole set of numerical semig...
For the elements of a numerical semigroup which are larger than the Frobenius number, we introduce t...
For a numerical semigroup, we encode the set of primitive elements that are larger than its Frobeniu...
For a numerical semigroup, we encode the set of primitive elements that are larger than its Frobeniu...
14 pagesInternational audienceIn this paper we describe an algorithm visiting all numerical semigrou...
14 pagesInternational audienceIn this paper we describe an algorithm visiting all numerical semigrou...
14 pagesInternational audienceIn this paper we describe an algorithm visiting all numerical semigrou...
14 pagesInternational audienceIn this paper we describe an algorithm visiting all numerical semigrou...
14 pagesInternational audienceIn this paper we describe an algorithm visiting all numerical semigrou...
In this paper we present an algorithm for computing the set of saturated numerical semigroups of a g...
In this paper, we characterize those numerical semigroups containing 〈n1,n2〉. From this characteriza...
AbstractIn this paper, we characterize those numerical semigroups containing 〈n1,n2〉. From this char...
In this paper, we characterize those numerical semigroups containing hn1, n2i. From this characteriz...
In this work we describe the saturated numerical semigroups, and characterize the SAT system of gene...
In this paper, we characterize those numerical semigroups containing n1,n2 . From this characteriza...
AbstractIn this paper, we present an efficient algorithm to compute the whole set of numerical semig...