Il progetto di ricerca BLU-ARCHEOSYS: tecnologie innovative e sistemi avanzati di supporto per l’archeologia subacquea

In this article we summarize the main findings of the research project, BLU- ARCHEOSYS. It ranges from results achieved in the support systems of the human operations carried out directly in the underwater world, such as vision systems for 3D reconstruction of the seabed, multicomponent and innovati...

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Main Author: Lucio Colizzi
Format: Article
Language:English
Published: University of Bologna 2014-02-01
Series:Conservation Science in Cultural Heritage
Subjects:
Online Access:http://conservation-science.unibo.it/article/view/4193
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author Lucio Colizzi
author_facet Lucio Colizzi
author_sort Lucio Colizzi
collection DOAJ
description In this article we summarize the main findings of the research project, BLU- ARCHEOSYS. It ranges from results achieved in the support systems of the human operations carried out directly in the underwater world, such as vision systems for 3D reconstruction of the seabed, multicomponent and innovative configuration ROV platforms. Ample space is given to software systems for data virtualization, and numerical simulation applied to the design of interventions for the recovery of shipwrecks. Important results have been achieved in the analysis of underwater findings, where interesting results have been obtained in the use of particle accelerators and morphological characterization of new varieties. Lastly, mention is made of the survey methodology designed specifically to orchestrate the great variety and quantity of knowledge made available by the project partners.
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spelling doaj.art-631cbe7d49a942a49fe1639cc6629ec92022-12-22T02:09:50ZengUniversity of BolognaConservation Science in Cultural Heritage1974-49511973-94942014-02-0113140942610.6092/issn.1973-9494/41933842Il progetto di ricerca BLU-ARCHEOSYS: tecnologie innovative e sistemi avanzati di supporto per l’archeologia subacqueaLucio ColizziIn this article we summarize the main findings of the research project, BLU- ARCHEOSYS. It ranges from results achieved in the support systems of the human operations carried out directly in the underwater world, such as vision systems for 3D reconstruction of the seabed, multicomponent and innovative configuration ROV platforms. Ample space is given to software systems for data virtualization, and numerical simulation applied to the design of interventions for the recovery of shipwrecks. Important results have been achieved in the analysis of underwater findings, where interesting results have been obtained in the use of particle accelerators and morphological characterization of new varieties. Lastly, mention is made of the survey methodology designed specifically to orchestrate the great variety and quantity of knowledge made available by the project partners.http://conservation-science.unibo.it/article/view/4193tecnologia, subacqueo, educazione, analitico
spellingShingle Lucio Colizzi
Il progetto di ricerca BLU-ARCHEOSYS: tecnologie innovative e sistemi avanzati di supporto per l’archeologia subacquea
Conservation Science in Cultural Heritage
tecnologia, subacqueo, educazione, analitico
title Il progetto di ricerca BLU-ARCHEOSYS: tecnologie innovative e sistemi avanzati di supporto per l’archeologia subacquea
title_full Il progetto di ricerca BLU-ARCHEOSYS: tecnologie innovative e sistemi avanzati di supporto per l’archeologia subacquea
title_fullStr Il progetto di ricerca BLU-ARCHEOSYS: tecnologie innovative e sistemi avanzati di supporto per l’archeologia subacquea
title_full_unstemmed Il progetto di ricerca BLU-ARCHEOSYS: tecnologie innovative e sistemi avanzati di supporto per l’archeologia subacquea
title_short Il progetto di ricerca BLU-ARCHEOSYS: tecnologie innovative e sistemi avanzati di supporto per l’archeologia subacquea
title_sort il progetto di ricerca blu archeosys tecnologie innovative e sistemi avanzati di supporto per l archeologia subacquea
topic tecnologia, subacqueo, educazione, analitico
url http://conservation-science.unibo.it/article/view/4193
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