SISTEMA MOBILE MAPPING GEOSLAM ZEB HORIZON PER IL RILIEVO 3D DI UN POZZO

MicroGeo had the opportunity to experiment with the ZEB Horizon instrument to acquire a piezometric well in 3D. The scenario is not the easiest to detect. This type of wells, in fact, extends in depth for several tens of meters and with traditional scanning systems it is practically impossible to o...

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Autor principal: Simone Orlandini
Formato: article
Lenguaje:EN
IT
Publicado: mediaGEO soc. coop. 2021
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3D
Acceso en línea:https://doaj.org/article/9760a37dce1e4153ac3e008652363fad
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spelling oai:doaj.org-article:9760a37dce1e4153ac3e008652363fad2021-11-09T17:41:43ZSISTEMA MOBILE MAPPING GEOSLAM ZEB HORIZON PER IL RILIEVO 3D DI UN POZZO10.48258/geo.v24i6.17681128-81322283-5687https://doaj.org/article/9760a37dce1e4153ac3e008652363fad2021-03-01T00:00:00Zhttps://www.mediageo.it/ojs/index.php/GEOmedia/article/view/1768https://doaj.org/toc/1128-8132https://doaj.org/toc/2283-5687 MicroGeo had the opportunity to experiment with the ZEB Horizon instrument to acquire a piezometric well in 3D. The scenario is not the easiest to detect. This type of wells, in fact, extends in depth for several tens of meters and with traditional scanning systems it is practically impossible to obtain a complete 3D acquisition of the subject. With the ZEB Horizon Mobile Mapping System it was possible to acquire the well. The subject presents itself as a 30 m deep piezometric well with a diameter of 3.6 m, with a high difficulty of acquisition: the extremely regular surfaces of the well have made the survey activity with the SLAM technique very complex, the algorithm that generates the 3D point cloud model must be extremely powerful in order to be able to generate a correct data even in a condition of extreme surface homogeneity. Simone OrlandinimediaGEO soc. coop.articleRilievo3Dmobile mapping systemsGEOslamzebhorizonCartographyGA101-1776Cadastral mappingGA109.5ENITGEOmedia, Vol 24, Iss 6 (2021)
institution DOAJ
collection DOAJ
language EN
IT
topic Rilievo
3D
mobile mapping systems
GEOslam
zebhorizon
Cartography
GA101-1776
Cadastral mapping
GA109.5
spellingShingle Rilievo
3D
mobile mapping systems
GEOslam
zebhorizon
Cartography
GA101-1776
Cadastral mapping
GA109.5
Simone Orlandini
SISTEMA MOBILE MAPPING GEOSLAM ZEB HORIZON PER IL RILIEVO 3D DI UN POZZO
description MicroGeo had the opportunity to experiment with the ZEB Horizon instrument to acquire a piezometric well in 3D. The scenario is not the easiest to detect. This type of wells, in fact, extends in depth for several tens of meters and with traditional scanning systems it is practically impossible to obtain a complete 3D acquisition of the subject. With the ZEB Horizon Mobile Mapping System it was possible to acquire the well. The subject presents itself as a 30 m deep piezometric well with a diameter of 3.6 m, with a high difficulty of acquisition: the extremely regular surfaces of the well have made the survey activity with the SLAM technique very complex, the algorithm that generates the 3D point cloud model must be extremely powerful in order to be able to generate a correct data even in a condition of extreme surface homogeneity.
format article
author Simone Orlandini
author_facet Simone Orlandini
author_sort Simone Orlandini
title SISTEMA MOBILE MAPPING GEOSLAM ZEB HORIZON PER IL RILIEVO 3D DI UN POZZO
title_short SISTEMA MOBILE MAPPING GEOSLAM ZEB HORIZON PER IL RILIEVO 3D DI UN POZZO
title_full SISTEMA MOBILE MAPPING GEOSLAM ZEB HORIZON PER IL RILIEVO 3D DI UN POZZO
title_fullStr SISTEMA MOBILE MAPPING GEOSLAM ZEB HORIZON PER IL RILIEVO 3D DI UN POZZO
title_full_unstemmed SISTEMA MOBILE MAPPING GEOSLAM ZEB HORIZON PER IL RILIEVO 3D DI UN POZZO
title_sort sistema mobile mapping geoslam zeb horizon per il rilievo 3d di un pozzo
publisher mediaGEO soc. coop.
publishDate 2021
url https://doaj.org/article/9760a37dce1e4153ac3e008652363fad
work_keys_str_mv AT simoneorlandini sistemamobilemappinggeoslamzebhorizonperilrilievo3ddiunpozzo
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