This paper describes a multiresolution method for implicit curves and surfaces. The method is based on wavelets, and is able to simplify the topology. The implicit curves and surfaces are defined as the zero-valued piece-wise algebraic isosurface of a tenser-product uniform cubic B-spline. A wavelet multiresolution method that deals with uniform cubic B-splines on bounded domains is proposed. In order to handle arbitrary domains the proposed algorithm dynamically adds appropriate control points and deletes them in the synthesis phase.Peer Reviewe
In computer aided design (CAD), the availability of many types of surface editing which ease creatin...
Abstract. This contribution will be freewheeling in the domain of signal, image and surface processi...
Building intuitive tools for manipulating curves and surfaces is a challenging task in the domains o...
This paper describes a multiresolution method for implicit curves and surfaces. The method is based ...
This paper describes a multiresolution method for implicit curves and surfaces. The method is based ...
This paper describes a multiresolution method for implicit curves and surfaces. The method is based ...
This paper describes a multiresolution method for implicit curves and surfaces. The method is based...
This paper describes a multiresolution method for implicit curves and surfaces based on wavelets. Th...
This paper describes two multiresolution methods for cubic Bsplines curves and surfaces based on wav...
This paper describes two multiresolution methods for cubic Bsplines curves and surfaces based on wav...
Abstract. We describe a method to construct a hierarchical repre-sentation of a given implicitly def...
Multiresolution analysis and wavelets provide useful and efficient tools for representing functions ...
This work explores how three techniques for defining and representing curves and surfaces can be rel...
This paper presents two self-similar models that allow the control of curves and surfaces. The first...
In this paper we present a novel approach to construct B-spline wavelets under constraints, taking a...
In computer aided design (CAD), the availability of many types of surface editing which ease creatin...
Abstract. This contribution will be freewheeling in the domain of signal, image and surface processi...
Building intuitive tools for manipulating curves and surfaces is a challenging task in the domains o...
This paper describes a multiresolution method for implicit curves and surfaces. The method is based ...
This paper describes a multiresolution method for implicit curves and surfaces. The method is based ...
This paper describes a multiresolution method for implicit curves and surfaces. The method is based ...
This paper describes a multiresolution method for implicit curves and surfaces. The method is based...
This paper describes a multiresolution method for implicit curves and surfaces based on wavelets. Th...
This paper describes two multiresolution methods for cubic Bsplines curves and surfaces based on wav...
This paper describes two multiresolution methods for cubic Bsplines curves and surfaces based on wav...
Abstract. We describe a method to construct a hierarchical repre-sentation of a given implicitly def...
Multiresolution analysis and wavelets provide useful and efficient tools for representing functions ...
This work explores how three techniques for defining and representing curves and surfaces can be rel...
This paper presents two self-similar models that allow the control of curves and surfaces. The first...
In this paper we present a novel approach to construct B-spline wavelets under constraints, taking a...
In computer aided design (CAD), the availability of many types of surface editing which ease creatin...
Abstract. This contribution will be freewheeling in the domain of signal, image and surface processi...
Building intuitive tools for manipulating curves and surfaces is a challenging task in the domains o...