A. Axaridou

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Alireza Noruzi

University of Tehran

David Pierre Leibovitz

Carleton University

Brian D Fisher

Simon Fraser University

Dr. Muhammad Rafiq

University of the Punjab

David Seamon

Kansas State University

Saygin Abdikan

Hacettepe University

Francesco Ruotolo

Università della Campania Luigi Vanvitelli

Fusun Balik Sanli

Yildiz Technical University

Viacheslav Kuleshov

Stockholm University

Fabio Cusimano

Veneranda Biblioteca Ambrosiana, Milano

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An Algorithm for Automatic Content Summarization in Modern Greek Language

2005 International Conference on Information and Communication Technology

ABSTRACT In this paper, basic principles are presented and an algorithm for extracting document c... more ABSTRACT In this paper, basic principles are presented and an algorithm for extracting document content summary for Greek language, by using statistic method. The algorithm presented is based on grammatical rules and semantic information dedicated for Greek language. The algorithm has been tested on a variety of news articles and produces satisfactory results for a variety of thematic subjects. Apart from the algorithm, a test case is presented to validate its performance

3D-SYSTEK: Recording and exploiting the production workflow of 3D-models in Cultural Heritage

IISA 2014, The 5th International Conference on Information, Intelligence, Systems and Applications, 2014

ABSTRACT The diversity of contemporary technology on 3D-model digitizing and processing procedure... more ABSTRACT The diversity of contemporary technology on 3D-model digitizing and processing procedures necessitates the systematic documentation of all the involved activities. In this paper we present essential concepts and the infrastructure of 3D-SYSTEK (3DS), a system that supports the 3D-modelling provenance preservation in the Cultural Heritage (CH) domain. The proposed system provides an efficient repository and special tools for ingesting and browsing data, supporting the detailed and effective documentation. Specialists working on 3D-model production are able to record the production steps, keep track of their work and recall conditions and processing methods for reproduction. Additionally, CH scientists and researchers are able to browse, retrieve and annotate related CH data. Hence 3D-SYSTEK becomes a powerful tool in the area of 3D-model production, archiving and dissemination.

A Framework for Maintaining Provenance Information of Cultural Heritage 3D-models

Electronic Workshops in Computing, 2014

The advances in 3D digitizing technology have found significant application in the Cultural Herit... more The advances in 3D digitizing technology have found significant application in the Cultural Heritage domain. The systematic large-scale production of digital cultural objects, the diversity of the processes involved and the complexity of describing historical relationships among them imposes the need for innovative knowledge management to handle all the semantic information in order to monitor, manage and document the origins and derivation of digital products. Flexibility is also very important for the enrichment and sharing of the acquired knowledge. The latter can be exploited by all members of the Cultural Heritage scientific community who can take advantage of the recorded provenance information for evaluating the 3D representation, tracking reliability of production, detecting tolerance and accuracy in acquisition and processing phases, documenting digitisation techniques, studying evidence of historic and cultural events. In this paper we present a framework that supports the documentation, archiving and dissemination of data and metadata of 3D digital cultural heritage objects, enhancing the OAIS approach by permitting the ingest of all the involved data, not only the final result, during a workflow progress. Data provenance. Virtual heritage. 3D-models production workflow.

A. Axaridou

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