In this paper we continue the study of the border basis scheme we started in another paper. The main topic is the construction of various explicit flat families of border bases. To begin with, we cover the punctual Hilbert scheme $\Hilb^\mu(\mathbb{A}^n)$ by border basis schemes and work out the base changes. This enables us to control flat families obtained by linear changes of coordinates. Next we provide an explicit construction of the principal component of the border basis scheme, and we use it to find flat families of maximal dimension at each radical point. Finally, we connect radical points to each other and to the monomial point via explicit flat families on th
AbstractThis paper presents several algorithms that compute border bases of a zero-dimensional ideal...
International audienceIn this paper, we generalized the construction of border bases to non-zero dim...
Abstract. We extend the theory and the algorithms of Border Bases to systems of Laurent polynomial e...
AbstractIn this paper we continue the study of the border basis scheme we started in Kreuzer and Rob...
AbstractIn this paper we continue the study of the border basis scheme we started in Kreuzer and Rob...
Border bases have recently attracted a lot of attention. Here we study the problem of generalizing o...
Abstract. In this paper, we give new explicit representations of the Hilbert scheme of µ points in P...
AbstractThis paper presents several algorithms that compute border bases of a zero-dimensional ideal...
Hilbert schemes of zerodimensional ideals in a polynomial ring can be covered with suitable affine o...
In this paper, we give new explicit representations of the Hilbert scheme of $\mu$ points in $\PP^{r...
In this paper, we give new explicit representations of the Hilbert scheme of $\mu$ points in $\PP^{r...
Hilbert schemes of zero-dimensional ideals in a polynomial ring can be covered with suitable affine...
New techniques for dealing with problems of numerical stability in computations involving multivari...
Given a finite order ideal O in the polynomial ring K[x1, … , xn] over a field K, let ∂O be the bord...
Given a finite order ideal O in the polynomial ring K[x1, … , xn] over a field K, let ∂O be the bord...
AbstractThis paper presents several algorithms that compute border bases of a zero-dimensional ideal...
International audienceIn this paper, we generalized the construction of border bases to non-zero dim...
Abstract. We extend the theory and the algorithms of Border Bases to systems of Laurent polynomial e...
AbstractIn this paper we continue the study of the border basis scheme we started in Kreuzer and Rob...
AbstractIn this paper we continue the study of the border basis scheme we started in Kreuzer and Rob...
Border bases have recently attracted a lot of attention. Here we study the problem of generalizing o...
Abstract. In this paper, we give new explicit representations of the Hilbert scheme of µ points in P...
AbstractThis paper presents several algorithms that compute border bases of a zero-dimensional ideal...
Hilbert schemes of zerodimensional ideals in a polynomial ring can be covered with suitable affine o...
In this paper, we give new explicit representations of the Hilbert scheme of $\mu$ points in $\PP^{r...
In this paper, we give new explicit representations of the Hilbert scheme of $\mu$ points in $\PP^{r...
Hilbert schemes of zero-dimensional ideals in a polynomial ring can be covered with suitable affine...
New techniques for dealing with problems of numerical stability in computations involving multivari...
Given a finite order ideal O in the polynomial ring K[x1, … , xn] over a field K, let ∂O be the bord...
Given a finite order ideal O in the polynomial ring K[x1, … , xn] over a field K, let ∂O be the bord...
AbstractThis paper presents several algorithms that compute border bases of a zero-dimensional ideal...
International audienceIn this paper, we generalized the construction of border bases to non-zero dim...
Abstract. We extend the theory and the algorithms of Border Bases to systems of Laurent polynomial e...