The paper presents a set of combined techniques to enhance the real-time visualization of
simple or complex molecules (up to order of 10 6 atoms) space fill mode. The proposed …

Three-dimensional digital modeling of heritage works of art through optical scanners, has
been demonstrated in recent years with results of exceptional interest. However, the routine …

We present a new external memory multiresolution surface representation for massive
polygonal meshes. Previous methods for building such data structures have relied on …

Graffiti are a very peculiar form of art which gives us important knowledge on culture and
social life of a lost civilization. Unfortunately, they are usually engraved on soft and non …

Modern 3D scanning technologies allow to reconstruct 3D digital representations of Cultural
Heritage artifacts in a semi-automatic way, characterized by very high accuracy and wealth …

We propose to exploit the color capabilities of recent rapid prototy** hardware devices to
enhance the visual appearance of reproduced objects. In particular, by carefully pre …

The results of a project aimed to the study, reconstruction and presentation to the public of a
monument disassembled and dispersed, the mausoleum of the emperor Arrigo VII, are …

The article uses a 3D imaging based solution where surface shading is determined by
surface geometry. It is applied to inscribed stone surfaces in order to examine lettering and …

Virtual inspector lets novice users inspect dense 3D models at interactive frame rates on
commodity PCs. The system obtains visualization efficiency without sacrificing quality by …

In this paper we present a complete point-based pipeline for the capture, display and
illustration of very large scans of archeological artifacts. This approach was developed as …