Accurate classification of pottery vessels is a key aspect in several archaeological inquiries, including documentation of changes in style and ornaments, inference of chronological and ethnic groups, trading routes analyses, and many other matters. We present an unsupervised method for automatic feature extraction and classification of wheel-made vessels. A convolutional neural network was trained with a profile image database from Iberian wheel made pottery vessels found in the upper valley of the Guadalquivir River (Spain). During the design of the model, data augmentation and regularization techniques were implemented to obtain better generalization outcomes. The resulting model is able to provide classification on profile images automa...
In this article, we consider a version of the challenging problem of learning from datasets whose si...
International audienceArchaeological studies involve more and more numerical data analyses. In this ...
Since 2016, in the SNFS-project ‘Mobilities, entanglements and transformations in Neolithic societie...
In Cultural Heritage inquiries, a common requirement is to establish time-based trends between archa...
International audienceThe ARCADIA project aims at using pattern recognition and machine learning to ...
This paper describes how feature extraction on ancient pottery can be combined with recent developme...
Since the beginning of scientific archaeology, vessels have been classified primarily by their form....
Due to the mass of sherds and vessels that have been dug out by archaeologists over many years, the ...
Classification of ceramic fabrics has long held a major role in archaeological pursuits. It helps an...
In the last ten years, artificial intelligence (AI) techniques have been applied in archaeology. The...
Pottery classification is a time-consuming activity because it is based on the comparison between th...
Pottery is of fundamental importance for understanding archaeological contexts. However, recognition...
The morphological analysis of ceramic pieces allows to establish the chronology, functionality and o...
International audienceA large corpus of ceramic sherds dating from the High Middle Ages has been ext...
Field archeologists are called upon to identify potsherds, for which they rely on their professiona...
In this article, we consider a version of the challenging problem of learning from datasets whose si...
International audienceArchaeological studies involve more and more numerical data analyses. In this ...
Since 2016, in the SNFS-project ‘Mobilities, entanglements and transformations in Neolithic societie...
In Cultural Heritage inquiries, a common requirement is to establish time-based trends between archa...
International audienceThe ARCADIA project aims at using pattern recognition and machine learning to ...
This paper describes how feature extraction on ancient pottery can be combined with recent developme...
Since the beginning of scientific archaeology, vessels have been classified primarily by their form....
Due to the mass of sherds and vessels that have been dug out by archaeologists over many years, the ...
Classification of ceramic fabrics has long held a major role in archaeological pursuits. It helps an...
In the last ten years, artificial intelligence (AI) techniques have been applied in archaeology. The...
Pottery classification is a time-consuming activity because it is based on the comparison between th...
Pottery is of fundamental importance for understanding archaeological contexts. However, recognition...
The morphological analysis of ceramic pieces allows to establish the chronology, functionality and o...
International audienceA large corpus of ceramic sherds dating from the High Middle Ages has been ext...
Field archeologists are called upon to identify potsherds, for which they rely on their professiona...
In this article, we consider a version of the challenging problem of learning from datasets whose si...
International audienceArchaeological studies involve more and more numerical data analyses. In this ...
Since 2016, in the SNFS-project ‘Mobilities, entanglements and transformations in Neolithic societie...