Title :
ArtifactVis2: Managing real-time archaeological data in immersive 3D environments
Author :
Smith, Neil G. ; Knabb, Kyle ; DeFanti, Connor ; Weber, Piotr ; Schulze, J. ; Prudhomme, Andrew ; Kuester, Falko ; Levy, Thomas E. ; DeFanti, Thomas A.
fDate :
Oct. 28 2013-Nov. 1 2013
Abstract :
In this paper, we present a stereoscopic research and training environment for archaeologists called ArtifactVis2. This application enables the management and visualization of diverse types of cultural datasets within a collaborative virtual 3D system. The archaeologist is fully immersed in a large-scale visualization of on-going excavations. Massive 3D datasets are seamlessly rendered in real-time with field recorded GIS data, 3D artifact scans and digital photography. Dynamic content can be visualized and cultural analytics can be performed on archaeological datasets collected through a rigorous digital archaeological methodology. The virtual collaborative environment provides a menu driven query system and the ability to annotate, markup, measure, and manipulate any of the datasets. These features enable researchers to re-experience and analyze the minute details of an archaeological site´s excavation. It enhances their visual capacity to recognize deep patterns and structures and perceive changes and reoccurrences. As a complement and development from previous work in the field of 3D immersive archaeological environments, ArtifactVis2 provides a GIS based immersive environment that taps directly into archaeological datasets to investigate cultural and historical issues of ancient societies and cultural heritage in ways not possible before.
Keywords :
archaeology; data visualisation; digital photography; geographic information systems; groupware; history; photogrammetry; query processing; rendering (computer graphics); solid modelling; 3D artifact scans; 3D immersive archaeological environments; ArtifactVis2; GIS based immersive environment; ancient societies; archaeological datasets; archaeological site excavation; archaeologists; collaborative virtual 3D system; cultural analytics; cultural datasets; cultural heritage; cultural issues; digital archaeological methodology; digital photography; field recorded GIS data; historical issues; large-scale on-going excavation visualization; menu driven query system; real-time archaeological data management; real-time rendering; stereoscopic research and training environment; virtual collaborative environment; Collaboration; Cultural differences; Data visualization; Geographic information systems; Laser radar; Real-time systems; Three-dimensional displays; LiDAR; Spherical photogrammetry; archaeology; cultural heritage; geographic information systems (GIS); panorama; scientific visualization; structure-from-motion; virtual reality computational science;
Conference_Titel :
Digital Heritage International Congress (DigitalHeritage), 2013
Conference_Location :
Marseille
Print_ISBN :
978-1-4799-3168-2
DOI :
10.1109/DigitalHeritage.2013.6743761