Data sets that are being produced by today's simulations, such as the ones generated by DOE's ASCI program, are too large for real-time exploration and visualization. Therefore, new methods of visualizing these data sets need to be investigated. The authors present a method that combines isosurface representations of different resolutions into a seamless solution, virtually free of cracks and overlaps. The solution combines existing isosurface generation algorithms and wavelet theory to produce a real-time solution to multiple-resolution isosurfaces
This work explores how three techniques for defining and representing curves and surfaces can be rel...
This paper describes a multiresolution method for implicit curves and surfaces. The method is based ...
Given a biorthogonal pair of multi-resolution analyses on the interval, by integration or differenti...
We introduce a new subdivision-surface wavelet transform for arbitrary two-manifolds with boundary t...
We introduce a new subdivision-surface wavelet transform for arbitrary two-manifolds with boundary t...
Currently, large physics simulations produce 3D discretized field data whose individual isosurface...
The graphics community initially developed multi-resolution representations of surfaces in order to ...
Multiresolution analysis and wavelets provide useful and efficient tools for representing functions ...
Multi-resolution data-structures and algorithms are key in Visualization to achieve real-time intera...
Figure 1: Volume subdivision, manipulation, and fitting. A lattice (top left) is recursively subdivi...
Abstract. This contribution will be freewheeling in the domain of signal, image and surface processi...
This dissertation investigates multi-resolution and multi-dimensional geometric techniques oriented ...
We describe an isosurface extraction algorithm which can generate low resolution isosurfaces, with 4...
AbstractGiven a biorthogonal pair of multi-resolution analyses on the interval, by integration or di...
This paper describes a multiresolution method for implicit curves and surfaces. The method is based ...
This work explores how three techniques for defining and representing curves and surfaces can be rel...
This paper describes a multiresolution method for implicit curves and surfaces. The method is based ...
Given a biorthogonal pair of multi-resolution analyses on the interval, by integration or differenti...
We introduce a new subdivision-surface wavelet transform for arbitrary two-manifolds with boundary t...
We introduce a new subdivision-surface wavelet transform for arbitrary two-manifolds with boundary t...
Currently, large physics simulations produce 3D discretized field data whose individual isosurface...
The graphics community initially developed multi-resolution representations of surfaces in order to ...
Multiresolution analysis and wavelets provide useful and efficient tools for representing functions ...
Multi-resolution data-structures and algorithms are key in Visualization to achieve real-time intera...
Figure 1: Volume subdivision, manipulation, and fitting. A lattice (top left) is recursively subdivi...
Abstract. This contribution will be freewheeling in the domain of signal, image and surface processi...
This dissertation investigates multi-resolution and multi-dimensional geometric techniques oriented ...
We describe an isosurface extraction algorithm which can generate low resolution isosurfaces, with 4...
AbstractGiven a biorthogonal pair of multi-resolution analyses on the interval, by integration or di...
This paper describes a multiresolution method for implicit curves and surfaces. The method is based ...
This work explores how three techniques for defining and representing curves and surfaces can be rel...
This paper describes a multiresolution method for implicit curves and surfaces. The method is based ...
Given a biorthogonal pair of multi-resolution analyses on the interval, by integration or differenti...