Motivated by the requirements of the present archaeology, we are developing an automated documentation system for archaeological classification and reconstruction of ceramics. Our system works with the profile of an archaeological fragment, which is the cross-section of the fragment in the direction of the rotational axis of symmetry. Ceramic fragments are recorded automatically by a 3D-measurement system based on structured (coded) light. The input data for the estimation of the profile is a set of points produced by the acquisition system. Classification is based on the segmentation of the estimated profile line. We demonstrate the method and give results on synthetic and real data
Pottery classification is a time-consuming activity because it is based on the comparison between th...
International audienceThis paper presents an application of photogrammetry on ceramic fragments from...
CAA, Annual Conference on Computer Applications and Quantitative Methods in Archaeology (43. 2015. S...
The classification of ceramic archaeological fragments is based on shape, dimensions, decorations, t...
A major obstacle to the wider use of 3D object reconstruction and modeling is the extent of manual ...
We are currently working on a project that provides an objective and automated method for classifica...
Motivated by the requirements of archaeologists we are developing an automated system for acquisitio...
Abstract: The paper presents a new approach for the virtual reconstruction of historical artifacts s...
The paper presents a new approach for the virtual reconstruction of historical artifacts such as cer...
This paper describes how feature extraction on ancient pottery can be combined with recent developme...
Due to the mass of sherds and vessels that have been dug out by archaeologists over many years, the ...
The microscopic description of ancient pottery is widely used for the fabric definition, classificat...
This article reports on the successful completion of a large-scale pilot project, where 3D scanningt...
Many researchers have dealt during last decade about digitizing and reconstructing hand made pottery...
We describe an automated pipeline for digitization of catolog drawings of pottery types. This work i...
Pottery classification is a time-consuming activity because it is based on the comparison between th...
International audienceThis paper presents an application of photogrammetry on ceramic fragments from...
CAA, Annual Conference on Computer Applications and Quantitative Methods in Archaeology (43. 2015. S...
The classification of ceramic archaeological fragments is based on shape, dimensions, decorations, t...
A major obstacle to the wider use of 3D object reconstruction and modeling is the extent of manual ...
We are currently working on a project that provides an objective and automated method for classifica...
Motivated by the requirements of archaeologists we are developing an automated system for acquisitio...
Abstract: The paper presents a new approach for the virtual reconstruction of historical artifacts s...
The paper presents a new approach for the virtual reconstruction of historical artifacts such as cer...
This paper describes how feature extraction on ancient pottery can be combined with recent developme...
Due to the mass of sherds and vessels that have been dug out by archaeologists over many years, the ...
The microscopic description of ancient pottery is widely used for the fabric definition, classificat...
This article reports on the successful completion of a large-scale pilot project, where 3D scanningt...
Many researchers have dealt during last decade about digitizing and reconstructing hand made pottery...
We describe an automated pipeline for digitization of catolog drawings of pottery types. This work i...
Pottery classification is a time-consuming activity because it is based on the comparison between th...
International audienceThis paper presents an application of photogrammetry on ceramic fragments from...
CAA, Annual Conference on Computer Applications and Quantitative Methods in Archaeology (43. 2015. S...