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 …

Computational flattening algorithms have been successfully applied to X-ray
microtomography scans of damaged historical documents, but have so far been limited to …

Covering every aspect of the process, this book introduces the design, development,
manufacturing, and marketing of footwear. It also presents a comprehensive discussion of …

In this paper, we propose an automatic hole-filling method, particularly for recovering
missing feature curves and corners. We first extract the feature vertices around a hole of a …

The paper presents a novel solution to the issue of incomplete regions in 3D meshes
obtained through digitization. Traditional methods for estimating the surface of missing …

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 …

We propose a deep learning approach for inpainting holes in digital models of fabric
surfaces. Leveraging the developable nature of fabric surfaces, we flatten the area …

In this paper, to recover the missing geometry details on 3D surfaces, we develop a novel
geometry detail recovery algorithm for 3D surfaces based on Empirical Mode Decomposition …

In this paper, a novel hole-filling algorithm for triangular meshes is proposed. Firstly, the hole
is triangulated into a set of new triangles using modified principle of minimum angle. Then …

Manifold mesh, a triangular network for representing 3D objects, is widely used to
reconstruct accurate 3D models of objects structure. The complexity of these objects and self …