Add to ORKGWe present a framework for processing point-based surfaces via partial differential equations (PDEs). Our framework allows an efficient and effective way to bring well-established PDE-based surface processing techniques to the field of point-based representations. We demonstrate the method by a PDE-based surface fairing application.
Point-based models are gaining lately considerable attention as an alternative to traditional surfac...
This thesis proposes a method to detect objects and patterns in textures on general surfaces. The ap...
This paper describes a constrained fairing method for implicit surfaces defined on a voxelization. T...
We present a framework for processing point-based surfaces via partial differential equations (PDEs)...
We present a framework for processing point-based surfaces via partial differential equations (PDEs)...
We present a framework for processing point-based surfaces via partial differential equations (PDEs)...
We present a framework for processing point-based surfaces via partial differential equations (PDEs)...
Due to its advantages in creating complicated 3D models with small data, good continuities, and phys...
Abstract. We introduce a method-of-lines formulation of the closest point method, a numerical techni...
Variational techniques are a popular approach for reconstructing the surface of an object. In previ...
Point-based models are gaining lately considerable attention as an alternative to traditional surfac...
This thesis proposes a method to detect objects and patterns in textures on general surfaces. The ap...
This paper describes a constrained fairing method for implicit surfaces defined on a voxelization. T...
We present a framework for processing point-based surfaces via partial differential equations (PDEs)...
We present a framework for processing point-based surfaces via partial differential equations (PDEs)...
We present a framework for processing point-based surfaces via partial differential equations (PDEs)...
We present a framework for processing point-based surfaces via partial differential equations (PDEs)...
Due to its advantages in creating complicated 3D models with small data, good continuities, and phys...
Abstract. We introduce a method-of-lines formulation of the closest point method, a numerical techni...
Variational techniques are a popular approach for reconstructing the surface of an object. In previ...
Point-based models are gaining lately considerable attention as an alternative to traditional surfac...
This thesis proposes a method to detect objects and patterns in textures on general surfaces. The ap...
This paper describes a constrained fairing method for implicit surfaces defined on a voxelization. T...