AbstractAs a piecewise polynomial with a certain smoothness, the spline plays an important role in computational geometry. The algebraic variety is the most important subject in classical algebraic geometry. As the zero set of multivariate splines, the piecewise algebraic variety is a generalization of the algebraic variety. In this paper, the correspondence between piecewise algebraic varieties and spline ideals is discussed. Furthermore, Hilbert’s Nullstellensatz for the piecewise algebraic variety is also studied
This chapter presents an overview of polynomial spline theory, with special emphasis on the B-spline...
Loosely speaking, splines are piece-wise polynomial functions which are continuously differentiable ...
AbstractWe explore the connection between ideals of fat points (which correspond to subschemes of Pn...
AbstractAs a piecewise polynomial with a certain smoothness, the spline plays an important role in c...
AbstractThe purpose of this survey is to emphasize the special relationship between multivariate spl...
AbstractThe multivariate splines as piecewise polynomials have become useful tools for dealing with ...
This chapter promotes, details and exploits the fact that (univariate) splines, i.e., smooth piecewi...
Splines are piecewise polynomial functions of a given order of smoothness r on a triangulated region...
AbstractThe piecewise algebraic curve is a generalization of the classical algebraic curve. In this ...
This thesis concerns the algebra $C^r(\PC)$ of $C^r$ piecewise polynomial functions (splines) over a...
AbstractThis paper is concerned with the approximation of functions by linear combinations of multiv...
Splines are piecewise polynomial functions of a given order of smoothness r. Given complex delta the...
Multivariate piecewise polynomial functions (or splines) on polyhedral complexes have been extensive...
AbstractThis paper is concerned with a study of some new formulations of smoothness conditions and c...
In this paper, we study the dimension of bivariate polynomial splines of mixed smoothness on polygon...
This chapter presents an overview of polynomial spline theory, with special emphasis on the B-spline...
Loosely speaking, splines are piece-wise polynomial functions which are continuously differentiable ...
AbstractWe explore the connection between ideals of fat points (which correspond to subschemes of Pn...
AbstractAs a piecewise polynomial with a certain smoothness, the spline plays an important role in c...
AbstractThe purpose of this survey is to emphasize the special relationship between multivariate spl...
AbstractThe multivariate splines as piecewise polynomials have become useful tools for dealing with ...
This chapter promotes, details and exploits the fact that (univariate) splines, i.e., smooth piecewi...
Splines are piecewise polynomial functions of a given order of smoothness r on a triangulated region...
AbstractThe piecewise algebraic curve is a generalization of the classical algebraic curve. In this ...
This thesis concerns the algebra $C^r(\PC)$ of $C^r$ piecewise polynomial functions (splines) over a...
AbstractThis paper is concerned with the approximation of functions by linear combinations of multiv...
Splines are piecewise polynomial functions of a given order of smoothness r. Given complex delta the...
Multivariate piecewise polynomial functions (or splines) on polyhedral complexes have been extensive...
AbstractThis paper is concerned with a study of some new formulations of smoothness conditions and c...
In this paper, we study the dimension of bivariate polynomial splines of mixed smoothness on polygon...
This chapter presents an overview of polynomial spline theory, with special emphasis on the B-spline...
Loosely speaking, splines are piece-wise polynomial functions which are continuously differentiable ...
AbstractWe explore the connection between ideals of fat points (which correspond to subschemes of Pn...