id
	10118
Url
	https://chloe.cnr.it/s/BiDiAr/item/10118
Resource template
	Academic Article
Resource class
	bibo:AcademicArticle
Title
	3D LiDAR modeling with iPhone Pro in an archaeo-spelaeologic context. Results and prospects
Creator
	https://chloe.cnr.it/s/BiDiAr/item/1812
	https://chloe.cnr.it/s/BiDiAr/item/1810
Date
	2024
Language
	eng
Rights
	https://creativecommons.org/licenses/by-nc-nd/4.0/deed.en CC BY-NC-ND 4.0
Abstract
	For some years now, both in the archaeological and speleological fields, experiments have been carried out with portable MLS (Mobile Laser Scanner) or HMLS (Hand-held Mobile Laser Scanner) scanners that use LiDAR (Light Detection and Ranging) technology. This choice is due to their basic characteristics such as ease of use, reliability, efficiency and (a fact not to be underestimated) low costs compared to traditional indirect survey systems. These characteristics have made these tools extremely popular, especially since this technology can be used by owners of Apple devices, which has made it available for its tablets and smartphones, thanks to the ever-increasing sensor miniaturization. On the basis of some encouraging data presented in an archaeometry paper (Fiorini 2022) and from direct experiences in various underground sites proposed by several Italian caving groups, the authors have decided to test the device performance in the context of exploration and research on artificial cavities in the archaeological field which, very often, due to size and constraints, do not allow the use of other devices. Through the presentation of some case studies, it was possible to show the advantages and the limitations in the use of this technique in the archaeo-spelaeological field.
Is Part Of
	https://chloe.cnr.it/s/BiDiAr/item/2002
References
	https://chloe.cnr.it/s/BiDiAr/item/1837
	https://chloe.cnr.it/s/BiDiAr/item/1833
	https://chloe.cnr.it/s/BiDiAr/item/1814
Bibliographic Citation
	https://www.zotero.org/groups/5293298/bidiar/collections/3KC77372
Cites
	https://chloe.cnr.it/s/BiDiAr/item/11096
	https://chloe.cnr.it/s/BiDiAr/item/13495
	https://chloe.cnr.it/s/BiDiAr/item/13496
	https://chloe.cnr.it/s/BiDiAr/item/13497
	https://chloe.cnr.it/s/BiDiAr/item/13498
	https://chloe.cnr.it/s/BiDiAr/item/13499
	https://chloe.cnr.it/s/BiDiAr/item/13500
	https://chloe.cnr.it/s/BiDiAr/item/13501
	https://chloe.cnr.it/s/BiDiAr/item/13502
	https://chloe.cnr.it/s/BiDiAr/item/13503
	https://chloe.cnr.it/s/BiDiAr/item/13504
	https://chloe.cnr.it/s/BiDiAr/item/13505
	https://chloe.cnr.it/s/BiDiAr/item/13506
	https://chloe.cnr.it/s/BiDiAr/item/13507
	https://chloe.cnr.it/s/BiDiAr/item/13508
	https://chloe.cnr.it/s/BiDiAr/item/13509
	https://chloe.cnr.it/s/BiDiAr/item/13510
	1814
	1833
	1837
Doi
	https://doi.org/10.19282/ac.35.2.2024.44
Issue
	2
Pages
	421-430
Uri
	https://www.archcalc.cnr.it/journal/articles/1364
Volume
	35
Homepage
	https://www.zotero.org/groups/5293298/bidiar/items/NLGYCV3K/item-list

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