In this paper four fundamental methods for an iso-surface extraction are compared, based on cell decomposition to tetrahedra. The methods are compared both on mathematically generated data sets as well as on real data sets. The comparison using mathematical data is made from different points of view such as area approximation, volume approximation. On the other hand, the Hausdorff distance and root mean square are used to compare methods on real data sets. The presented comparison can be helpful when deciding among tested methods which one to choose, as well as when we need to compare a newly developed method with other existing approaches
When extracting iso-surfaces from large volume data sets, long processing times are required and a h...
At present, many devices produce the volume data as their output. The well-known data acquisition to...
Since the publication of the original Marching Cubes algorithm, numerous variations have been propos...
In this paper four fundamental methods for an iso-surface extraction are compared, based on cell dec...
The Centered Cubic Lattice method is used for an iso-surface extraction. This paper focuses on its c...
The Centered Cubic Lattice method is used for an iso-surface extraction. This paper focuses on its c...
Conversion of discrete volumetric data to boundary representation is quite common operation. Standar...
The growing importance of subject-specific modeling and simulation in medical applications has incre...
We present the tetra-cubes iso-surface extraction technique. Tetra-cubes is similar to the wellknow ...
Marching cubes is a simple and popular method for extracting iso-surfaces from implicit functions or...
In many application areas, it is useful to convert the discrete information stored in the nodes of a...
In many application areas, it is useful to convert the discrete information stored in the nodes of a...
Since the introduction of techniques for isosurface extraction from volumetric datasets, one of the ...
Since the introduction of techniques for isosurface extraction from volumetric datasets, one of the ...
When extracting iso-surfaces from large volume data sets, long processing times are required and a h...
When extracting iso-surfaces from large volume data sets, long processing times are required and a h...
At present, many devices produce the volume data as their output. The well-known data acquisition to...
Since the publication of the original Marching Cubes algorithm, numerous variations have been propos...
In this paper four fundamental methods for an iso-surface extraction are compared, based on cell dec...
The Centered Cubic Lattice method is used for an iso-surface extraction. This paper focuses on its c...
The Centered Cubic Lattice method is used for an iso-surface extraction. This paper focuses on its c...
Conversion of discrete volumetric data to boundary representation is quite common operation. Standar...
The growing importance of subject-specific modeling and simulation in medical applications has incre...
We present the tetra-cubes iso-surface extraction technique. Tetra-cubes is similar to the wellknow ...
Marching cubes is a simple and popular method for extracting iso-surfaces from implicit functions or...
In many application areas, it is useful to convert the discrete information stored in the nodes of a...
In many application areas, it is useful to convert the discrete information stored in the nodes of a...
Since the introduction of techniques for isosurface extraction from volumetric datasets, one of the ...
Since the introduction of techniques for isosurface extraction from volumetric datasets, one of the ...
When extracting iso-surfaces from large volume data sets, long processing times are required and a h...
When extracting iso-surfaces from large volume data sets, long processing times are required and a h...
At present, many devices produce the volume data as their output. The well-known data acquisition to...
Since the publication of the original Marching Cubes algorithm, numerous variations have been propos...