A Dynamic Surface Reconstruction Framework for Large Unstructured Point Sets

The collision detection performance using our hybrid update method with 8-ary versions of the initial shape trees is presented in Figure 4.. Also, the performance of van den

Our reconstruction algorithm is extended from the multi- material interface surface computing algorithm [NF97], where a splitting surface is extracted when the vertices of each

The method consists of two core components: an efficient selective re- construction algorithm, based on geometric convection, that simplifies the input point set while reconstructing

A Dynamic Surface Reconstruction Framework for Large Unstructured Point Sets.. R´ emi All` egre, Rapha¨ elle Chaine,

Such high confidence matches carry relevant information from the prior models to the scan, including normal data and feature classification, and are used to augment the

Implicit surface fitting methods based on signed distance functions are very sensitive to outliers (shot noise), since the shortest distance from all input data points is computed..

Our Multi-Stream Octree Representation In this work, we show that Poisson surface reconstruction can be performed as a sequence of streaming passes over an out-of-core

The streaming surface reconstruction algorithm alternates the incremental Delaunay triangulation of the loaded data, a Delaunay refinement process that splits Delau- nay