The surface reconstruction of 3D objects has attracted more and more attention for its
widespread application in many areas, such as computer science, cultural heritage …

This work describes a method for filling holes in a 3D mesh based on 2D image restoration
algorithms. Since these algorithms need an image as input, the first stage of the method …

Data obtained by scanning 3D models typically contains missing pieces and holes. These
can be caused due to scanning artifacts or artifacts in the surface due to wear and tear. We …

This paper presents a review of the most relevant current techniques that deal with hole-
filling in 3D models. Contrary to earlier reports, which approach mesh repairing in a sparse …

We present a novel method for 3D surface reconstruction from an input cloud of 3D points
augmented with visibility information. We observe that it is possible to reconstruct surfaces …

This paper presents a new combinatorial approach to surface reconstruction with sharp
features. Different from other postprocessing methods, the proposed method provides a …

This paper presents a surface reconstruction algorithm that takes an unoriented point cloud
as input and produces an interpolating surface in the form of triangulation. Based on region …

In this paper, we propose a new and simple method for filling complex holes in surfaces. To
fill a hole, locally uniform points are added to the hole by creating contour curves inside the …

Abstract 3D reconstruction of geo-objects from their digital images is a time-efficient and
convenient way of studying the structural features of the object being modelled. This paper …

In this paper, we introduce a feature preserving surface reconstruction algorithm to produce
a high fidelity triangulated mesh from an input point set. The concept of local Delaunay …