The use of T-splines leads to a sparse representation of the geometry and allows for an adaptation to the given data, which can be unorganized points or images.

The fourth section applies evolution of T-spline curves and surfaces to the problem of geometry reconstruction, both from unorganized point data and images.

The fourth section applies evolution of T-spline curves and surfaces to the problem of geometry reconstruction, both from unorganized point data and images.

We study the evolution of T-spline level sets (i.e, im- plicitly defined T-spline curves and surfaces). The use of. T-splines leads to a sparse ...

The use of T-splines leads to a sparse representation of the geometry and allows for an adaptation to the given data, which can be unorganized points or images.

We study the evolution of T-spline level sets (i.e, im- plicitly defined T-spline curves and surfaces). The use of. T-splines leads to a sparse ...

Evolution of T-Spline Level Sets with Distance Field Constraints for Geometry Reconstruction and Image Segmentation. H. Yang, M. Fuchs, B. Jüttler, ...

Bibliographic details on Evolution of T-Spline Level Sets with Distance Field Constraints for Geometry Reconstruction and Image Segmentation.

Apr 15, 2008 · The distance field constraint (DFC) for T-spline level sets in 2D. The figure shows the data points with T-mesh (a), the resulting level set ...

Jun 14, 2006 · We study the evolution of T-spline level sets (i.e, implicitly defined T-spline curves and surfaces). The use of T-splines leads to a sparse ...