We consider several classes of complete intersection numerical semigroups, arising from many different contexts like algebraic geometry, commutative algebra, coding theory and factorization theory. In particular, we determine all the logical implications among these classes and provide examples. Most of these classes are shown to be well-behaved with respect to the operation of gluing. © 2013 Springer Science+Business Media New York
This book presents the state of the art on numerical semigroups and related subjects, offering diffe...
A numerical semigroup is a submonoid of non-negative integers whose complement on this set is finite...
Let (R,m) be the semigroup ring associated to a numerical semigroup S. In this paper we study the pr...
We consider several classes of complete intersection numerical semigroups, arising from many differe...
We consider several classes of complete intersection numerical semigroups, arising from many differe...
We consider several classes of complete intersection numerical semigroups, arising from many differe...
We consider several classes of complete intersection numerical semigroups, arising from many differe...
This work presents applications of numerical semigroups in Algebraic Geometry, Number Theory, and Co...
Delorme suggested that the set of all complete intersection numerical semigroups can be computed rec...
AbstractWe study those numerical semigroups that are intersections of symmetric numerical semigroups...
We study two algorithms to decompose a numerical semigroup S as intersection of irreducible numerica...
This book is an extended and revised version of "Numerical Semigroups with Applications," published ...
We deform monomial space curves in order to construct examples of set-theoretical complete intersect...
We introduce the concept of homogeneous numerical semigroups and show that all homogeneous numerical...
Every numerical semigroup S admits a decomposition S = S1 \· · ·\Sn with Si irreducible (that is, Si...
This book presents the state of the art on numerical semigroups and related subjects, offering diffe...
A numerical semigroup is a submonoid of non-negative integers whose complement on this set is finite...
Let (R,m) be the semigroup ring associated to a numerical semigroup S. In this paper we study the pr...
We consider several classes of complete intersection numerical semigroups, arising from many differe...
We consider several classes of complete intersection numerical semigroups, arising from many differe...
We consider several classes of complete intersection numerical semigroups, arising from many differe...
We consider several classes of complete intersection numerical semigroups, arising from many differe...
This work presents applications of numerical semigroups in Algebraic Geometry, Number Theory, and Co...
Delorme suggested that the set of all complete intersection numerical semigroups can be computed rec...
AbstractWe study those numerical semigroups that are intersections of symmetric numerical semigroups...
We study two algorithms to decompose a numerical semigroup S as intersection of irreducible numerica...
This book is an extended and revised version of "Numerical Semigroups with Applications," published ...
We deform monomial space curves in order to construct examples of set-theoretical complete intersect...
We introduce the concept of homogeneous numerical semigroups and show that all homogeneous numerical...
Every numerical semigroup S admits a decomposition S = S1 \· · ·\Sn with Si irreducible (that is, Si...
This book presents the state of the art on numerical semigroups and related subjects, offering diffe...
A numerical semigroup is a submonoid of non-negative integers whose complement on this set is finite...
Let (R,m) be the semigroup ring associated to a numerical semigroup S. In this paper we study the pr...