Digitalización y reconstrucción de elementos cerámicos arqueológicos de torno
Submitted: 2016-02-23
|Accepted: 2016-02-23
|Published: 2010-05-25
Downloads
Keywords:
Pottery, 3D reconstruction, Profile extraction
Supporting agencies:
Junta de Andalucia TIC-401
Ministerio de Educacion y Ciencia y Fondos FEDER (TIN2007-67474-C03-02)
Abstract:
Many researchers have dealt during last decade about digitizing and reconstructing hand made pottery elements from fragments retrieved in the archaeological excavations. Some studies have demonstrated the huge variability in results from manual processes, which usually leads into a wrong typological classification of the profile. Moreover, after orienting the fragment, the final document is usually a bi-dimensional picture displaying several measurements and without any well defined standard with respect to appearance. In this paper we present a survey of those techniques that have been developed by our group and we raise some questions and challenges that still have to be solved.
References:
BERNARDINI, Fausto y RUSHMEIER, Holly (2002): “The 3D Model Acquisition Pipeline”. En Computer Graphics Forum, no 21, vol. 2, pp. 49–172.
CISA3 (2009) “The Digital Pottery Informatics” project, Center of Interdisciplinary Science for Art, Architecture and Archaeology (CISA3), Univ. California [online] http://cisa3.calit2.net/ [Consulta 01-04-2009]
FARO TECH.Inc. (2009). Faro Laser Scan + Arm, [online] http://www.faro.com [Consulta 01-04-2009]
HERITAGE 3D (2007), “3D Laser Scanning for Heritage” [online] http://www.heritage3d.org [Consulta: 01/04/2009]
KAMPEL, Martin (2000): “Computer Aided Classification of Ceramics”, en Proceedings of the 1st International Symposium on Virtual Reality, Archaeology, and Cultural Heritage, VAST 2000
KAMPEL, Martin y SABLATNIG, Robert (2003): “Profile based pottery reconstruction”. En “Proc. Of IEEE/CVPR Workshop on Applications of Computer Vision in Archaeology”. https://doi.org/10.1109/CVPRW.2003.10007
KAMPEL Martin, MARA Hubert., SABLATNIG Robert (2006)., "Automated Investigation of Archaeological Vessels", en: M. Luise, (Ed.), Proc. of EUSIPCO2006: 13th European Signal Processing Conference
KARASIK, A., y SMILANSKY, U. (2008). “3D Scanning Technology as a Standard Archaeological Tool for Pottery Analysis: Practice and Theory”. Journal of Archaeological Science, Vol. 35, 1148--1168. http://dx.doi.org/10.1016/j.jas.2007.08.008
KONICA MINOLTA (2009), Minolta Vivid 910 [online] http://www.minolta3d.com [Consulta 01-04-2009]
LEONARDI G. y PENELLO G. (1991): “Il disegno archeologico della ceramica” en Saltuarie dal Laboratorio del Piorego, 2.
MARA Hubert (2005), “Automated 3D-Scanning & Analysis of Archaeological Objects”, en Proc. of Modeling, Interface and Control (MIC/IASTED), Innsbruck, Austria..
MELERO Fco. Javier, et al. (2003): "On the Interactive Reconstruction of Iberian Vessels", I Eurographics Workshop on Graphics and Cultural Heritage, VAST’03, Brighton (UK)
POLLEFEYS, Marc et al. (2001). "Image-based 3d acquisition of archeological heritage and applications", en Proceedings of the 2nd International Symposium on Virtual Reality, Archaeology, and Cultural Heritage, VAST 2001, pp 255–261. https://doi.org/10.1145/584993.585033
POLLEFEYS, Marc et al. (2003), "3D Capture of Archaeology and Architecture with a Hand-Held Camera", en Proceedings of the ISPRS workshop on Vision Techniques for Digital Architectural and Archaeological Archives, The International Archive of the Photogrammetry, Remote Sensing and Spatial Information Sciences, Vol. XXXIV, Part 5/W12, pp. 262--267
RAMOS, Beatriz y MELERO, Fco. Javier. (2009) “Automatic pen-and-ink drawings of 3D archaeological objects”, Computer Applications in Archaeology 2009, Williamsburg (USA).
ROLAND IBERIA S.A. (2008), Escaner laser LPX-6000 Series [online] http://www.rolanddgiberia.com/ , [Consulta: 1-04-2009].
