Community-driven generation of 3D and augmented web content for archaeology

Our work is different from these previous works in that we present a general segmentation algorithm for rendering 3D scenes, in- corporating 3D geometric information, and we show how

VENUS- PD has been developed specifically to allow members of the general public to experience virtual submersible dives down to accurate, 3D archaeological sites2. VENUS-PD forms

We presented a technique for generating 3D representations of the internal structure of a small scale, complex, soft tissue organ, and created a 3D model of an oviduct using this

In this paper we present the preliminary results of our re- search and some general consideration on the different possi- bilities offered by the present day technologies and

Comparison to laser or time of flight scanners On small objects, with macro optics, the resolution is greater and noise is smaller with photogrammetry than with laser scanner..

The Science and Technology for Archaeology Re- search Center (STARC) of the Cyprus Institute have initi- ated a scientific collaboration with the archaeological team of the

3 Department of History, Politics and Philosophy, Manchester Metropolitan University, UK. 4 School of History, Welsh History and Archaeology, Bangor

Our application enables the analysis of the separation process using interactive 3D renderings of the data and an ad- ditional line chart that shows the computed surface area