3D imaging sensors for the acquisition of three dimensional (3D) shapes have created, in
recent years, a considerable degree of interest for a number of applications. The …

Since remote times, mankind has been bound to water bodies and evidence of human life
from the very beginning hides under the water level, off the coasts, under shallow seas or …

Abstract 3D reconstruction, refers to capturing and reproducing the shape and appearance
of an arbitrary object or scene given depth and color information. This is a broad research …

Current research on underwater 3D imaging methods is mainly addressing long range
applications like seafloor mapping or surveys of archeological sites and shipwrecks …

Abstract Objectives Three‐dimensional (3D) data collected by structured light scanners,
photogrammetry, and computed tomography (CT) scans are increasingly combined in joint …

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 …

Archaeology is becoming increasingly 'digital'. In the last 10 years, the use of 3D
technologies for the documentation of tangible cultural heritage has changed the way to …

Archaeologists strive to document the process of excavation and discovery as completely as
possible. Over the past several decades archaeologists have incorporated a growing …

Abstract 3D digitization of cultural heritage has long been used to preserve information
about cultural heritage (CH) objects such as architecture, art, and artifacts. 3D dissemination …

The three‐dimensional morphology and surface area of organisms such as reef‐building
corals is central to their biology. Consequently, being able to detect and measure this aspect …