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1. The 3D Metric Survey for the Digital Cartographic Production to Support the Knowledge of the New Municipality of Mappano

Author

Beani, Egle, Colucci, Elisabetta, La Riccia, Luigi, Lingua, Andrea Maria, Maschio, Paolo Felice, Matrone, Francesca, Possa, Alberto, Traore, Ammj, Angelidou, Margarita, Editorial Board Member, Farnaz Arefian, Fatemeh, Editorial Board Member, Batty, Michael, Editorial Board Member, Davoudi, Simin, Editorial Board Member, DeVerteuil, Geoffrey, Editorial Board Member, González Pérez, Jesús M., Editorial Board Member, Hess, Daniel B., Editorial Board Member, Jones, Paul, Editorial Board Member, Karvonen, Andrew, Editorial Board Member, Kirby, Andrew, Editorial Board Member, Kropf, Karl, Editorial Board Member, Lucas, Karen, Editorial Board Member, Maretto, Marco, Editorial Board Member, Modarres, Ali, Editorial Board Member, Neuhaus, Fabian, Editorial Board Member, Nijhuis, Steffen, Editorial Board Member, Aráujo de Oliveira, Vitor Manuel, Editorial Board Member, Silver, Christopher, Editorial Board Member, Strappa, Giuseppe, Editorial Board Member, Vojnovic, Igor, Editorial Board Member, Yamu, Claudia, Editorial Board Member, Zhao, Qunshan, Editorial Board Member, Brunetta, Grazia, editor, Lombardi, Patrizia, editor, and Voghera, Angioletta, editor

Published
2023
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2. Multi-platform, Multi-scale and Multi-temporal 4D Glacier Monitoring. The Rutor Glacier Case Study

Author

Macelloni, Myrta Maria, Corte, Elisabetta, Ajmar, Andrea, Cina, Alberto, Giulio Tonolo, Fabio, Maschio, Paolo Felice, Pisoni, Isabella Nicole, Filipe, Joaquim, Editorial Board Member, Ghosh, Ashish, Editorial Board Member, Prates, Raquel Oliveira, Editorial Board Member, Zhou, Lizhu, Editorial Board Member, Borgogno-Mondino, Enrico, editor, and Zamperlin, Paola, editor

Published
2022
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6. Multitemporal Seagrass Mapping and Monitoring of Posidonia Meadows and Banquettes for Blue Carbon Conservation: The Poseidon Project

Author

Ceccherelli, Giulia, primary, Chiabrando, Filiberto, additional, Gallitto, Francesca, additional, Lingua, Andrea, additional, Longhi, Valeria, additional, Maschio, Paolo, additional, Matrone, Francesca, additional, Menna, Fabio, additional, Nocerino, Erica, additional, Scalici, Massimiliano, additional, Secco, Silvia, additional, and Tanduo, Beatrice, additional

Published
2024
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11. Dense 3D Model Generation of a Dam Surface Using UAV for Visual Inspection

Author

Angeli, Stefano, Lingua, Andrea Maria, Maschio, Paolo, Piantelli, Luca, Dugone, Davide, Giorgis, Mauro, Ceccarelli, Marco, Series Editor, Hernandez, Alfonso, Editorial Board Member, Huang, Tian, Editorial Board Member, Velinsky, Steven A., Editorial Board Member, Takeda, Yukio, Editorial Board Member, Corves, Burkhard, Editorial Board Member, Aspragathos, Nikos A., editor, Koustoumpardis, Panagiotis N., editor, and Moulianitis, Vassilis C., editor

Published
2019
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12. UAV-BASED ARCHAEOLOGICAL 3D MONITORING: A RURALSCAPE CASE IN IRAQI KURDISTAN

Author

Lingua, Andrea, Martino, Alessio, Sammartano, Giulia, Maschio, Paolo, Reali, Enrico, and Tonghini, Cristina

Subjects
UAV photogrammetry, DSM, 3D mapping, SURF, orthophoto, cultural heritage, archaeological monitoring, ruralscape
Abstract

Recently rapid mapping techniques based on UAV photogrammetry increasingly help on-site archaeological documentation works. Multi-temporal data are specifically crucial in diachronic investigation research, and for this purpose the data co-registration and integration can support the accurate 3D digitization of excavation phases and make coherent topological relation among them and phases-related stratigraphic units’ data. In this framework, the level of automation and accuracy control are challenging aspects to streamline the documentation process during excavation activities, however all experimentation phases must be tested and validated in the actual archaeological context, where the boundary conditions are typically demanding. This research is developed during the collaboration project with Cà Foscari University of Venice, started in 2022 campaign, in the excavation site of Tell Zeyd, in Iraqi Kurdistan, The Tell Zeyd Archaeological Project (ZAP) aims to study the rural landscape of the hinterland of Mosul in the long Islamic period, from the Arab conquest in the 7th century to the disintegration of the Ottoman Empire with the First World War, as an ideal observatory on the characteristics of the settlement in its spatial organisation, places of worship, production installations and facilities for storing foodstuffs. The research aims to present the preliminary test and results on an experimental documentation activity based on multi-scale UAV mapping strategy and training with the archaeological expert group, and particularly for automatic co-registration of multi-temporal data, considering different images datasets epochs belonging to subsequent excavation phases.

Published
2023

16. SHOWCAVE: a multidisciplinary research project to quantify and mitigate the environmental impacts in tourist caves

Author

Isaia, Marco, Arca, A., Valentina Balestra, Rossana Bellopede, Biagioli, F., Cina, Alberto, Cinus, Daniela, Coleine, C., Cossu, Q. A., Regibus, Claudio, Del Piano, D., Duce, P., Ferrara, R., Mammola, Stefano, Manzino A. M., PAOLA MARINI, Maschio, Paolo Felice, Nanni, Veronica, Nicolosi, Giuseppe, Pavia, Marco, Piano, Elena, Poli, A., Prigione, V. P., Selbmann, Laura, Thun Honenstein Ursula, Turrini, M. C., Vagnoni, E., Varese, C., Ventura, A., Vigna, Bartolomeo, and Zanellati, A.

Subjects
caves, show caves, multidisciplinary research, environmental impacts
Published
2021

18. l rilievo metrico integrato della Valle dei Re: software open-source per la documentazione del patrimonio archeologico in Egitto

Author

Calantropio, Alessio, Chiabrando, Filiberto, De Ruvo, Valeria, Lingua, Andrea, Maschio, Paolo, and Spanò, Antonia

Subjects
Archeologia, LiDAR, open source, open-source, Beni Culturali, Rilievo metrico 3D, Geomatica, Valle dei Re, Fotogrammetria, SLAM
Abstract

La Geomatica fornisce oggi numerosi strumenti e tecniche di rilievo metrico che consentono di giungere ad una documentazione accurata dell’oggetto rilevato, spesso arricchita dall’integrazione di dati provenienti da sensori diversi e acquisiti con metodi differenti. Molti sono anche i software impiegati per l’elaborazione di dati spaziali georeferenziati, ed è altresì in crescita la disponibilità di applicazioni free e open source che si affiancano o, in alcuni casi, sostituiscono del tutto i programmi proprietari. In questo contributo si è scelto di analizzare il caso studio della Valle dei Re in Egitto (Luxor). Lo studio si pone come estensione del già esistente Theban Mapping Project, un progetto di documentazione avviato nel 1978 e concluso dopo oltre vent’anni di lavoro che assume ancora oggi grande valore per archeologi e conservatori. L’applicazione di tecniche integrate di rilievo metrico 3D, a distanza di quasi vent’anni dalla pubblicazione dell’Atlante della Valle dei Re, ha permesso sia l’aggiornamento dei dati cartografici esistenti, sia la possibilità di renderne fruibili dei nuovi, ad un’utenza quanto più ampia possibile, di tecnici e in un’ottica di disseminazione culturale. Nonostante tutta la documentazione preesistente sia disponibile online, e quindi globalmente accessibile, essa presenta dati georeferenziati in un sistema di coordinate locale. Di fondamentale importanza è dunque l’aggiornamento della georeferenziazione di ciascun dato messo a disposizione (nuovo ed esistente), in un datum di utilizzo consueto (UTM WGS 84). L’impossibilità di effettuare un rilievo fotogrammetrico aereo e la conseguente mancanza di un dato utile alla generazione di un’ortofoto, è stata affrontata trattando, in maniera sperimentale, i dati acquisiti con tecnica LiDAR terrestre, interpolando laddove mancante, il dato RGB. Sono infatti ormai consolidate le tecniche image-based che permettono, a partire da un set orientato di immagini, l’ortoproiezione delle stesse e la georeferenziazione del prodotto finale; sono invece non convenzionali le procedure che permettono la generazione di prodotti ortofotografici a partire da dati lidar, essendo questi carenti della componente radiometrica. Le numerose scansioni TLS effettuate nella Valle, registrate in un sistema di riferimento coerente, sono state importate nel software open source Cloud Compare, all’interno del quale è stato possibile ottenere un’unica nuvola di punti (110 scansioni circa del peso complessivo di 40 GB) dell’area acquisita; si è proceduto prima ad un filtraggio secondo un passo regolare di 1 cm, successivamente è stato possibile, tramite lo stesso software, generare un’ortofoto georeferenziata, funzionale al suo utilizzo come layer di base per il conseguente inserimento in ambiente GIS. L’ortofoto così generata è stata trattata mediante le funzioni di interpolazione del software open source QGIS, che hanno permesso di calcolare i valori RGB dei pixel vuoti mediante l’interpolazione dai pixel limitrofi, consentendo di visualizzare in maniera continua (ortofoto raster) un dato spaziale discreto, quale è una nuvola di punti LiDAR. Infine, il modello 3D successivamente generato è stato reso fruibile mediante il visualizzatore online 3DHOP, che permette di visualizzare il modello in un’interfaccia web basata su componenti HTML e JavaScritpt, consentendo la sua fruizione anche agli utenti che non dispongono di software specifici per il trattamento di dati spaziali e geografici., alessio.calantropio@polito.it

Published
2020
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20. Integrated Geophysics and Geomatics Surveys in the Valley of the Kings

Author

Porcelli, Francesco, primary, Sambuelli, Luigi, additional, Comina, Cesare, additional, Spanò, Antonia, additional, Lingua, Andrea, additional, Calantropio, Alessio, additional, Catanzariti, Gianluca, additional, Chiabrando, Filiberto, additional, Fischanger, Federico, additional, Maschio, Paolo, additional, Ellaithy, Ahmed, additional, Airoldi, Giulia, additional, and De Ruvo, Valeria, additional

Published
2020
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22. Il monitoraggio dei movimenti e delle deformazioni con tecniche geomatiche di basso costo

Author

Cina, Alberto, Manzino, Ambrogio, Battino, Alessandro, Bendea, IOSIF HOREA, Maschio, Paolo Felice, Paolo, Mollo, Roberto, Borri, Simone, Scarafia, Claudio, Ferrero, Marco Boeris Frusca, Matteo, Maglioli, Marzio, Pipino, Vittorio, Vallero, and Mattia De Agostino

Subjects
GNSS, movimenti e deformazioni, GNSS, accelerometri, accelerometri, movimenti e deformazioni
Published
2018

24. Engineering Reconnaissance Following the October 2016 Central Italy Earthquakes Version 2

Author

Jonathan, P Stewart, Giuseppe, Lanzo, Ernesto, Ausilio, Roberto, Cairo, Francesca, Bozzoni, Maria Chiara Capatti, Fernando della Pasqua, Francesca, Dezi, Luigi Di Sarno, Armando Lucio Simonelli, Foti, Sebastiano, Chiabrando, Filiberto, Dabove, Paolo, DI PIETRA, Vincenzo, Maschio, Paolo Felice, Passeri, Federico, Sgobio, Antonio, TEPPATI LOSE', Lorenzo, Kevin, Franke, Brandon, Reimschiissel, Fabrizio, Galadini, Emanuela, Falcucci, Gori, Stefano, Robert, E Kayen, Tadahiro, Kishida, Bret, Lingwall, Alessandro, Pagliaroli, Silvia, Giallini, Zurab, Gogoladze, Giovanna, Vessia, Alberto, Pizzi, Alessandra Di Domenica, Panagiotis, Pelekis, Antonio, Santo, Melania De Falco, Giovanni Forte Giuseppe Scasserra, Filippo Santucci de Magistris, Massimina, Castiglia, Tony, Fierro, Dipendra, Gautam, Luciano, Mignelli, Fiorenzo, Staniscia, Anastasios, Sextos, Raffaele De Risi, Stefania, Sica, Michele, Mucciacciaro, Tommasi, Paolo, Anita Di Giulio, Giuseppe, Tropeano, Maria Giovanna Durante, and Paolo, Zimmaro

Subjects
Italy, geotechnics, reconnaissance, earthquake, seismic, GEER, seismic, reconnaissance, Italy, earthquake, GEER, geotechnics
Published
2017
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27. Antenna Pattern Measurement with UAVs: Cross Polarization Performance

Author

FABIO PAONESSA, Virone, Giuseppe, Irene Aicardi, andrea lingua, Marco Piras, Maschio, Paolo Felice, Bolli, Pietro, Addamo, Giuseppe, Peverini, Oscar Antonio, Orta, Renato, and Tascone, Riccardo

Subjects
Computer Science::Robotics, antenna measurement, Astrophysics::Instrumentation and Methods for Astrophysics, Physics::Accelerator Physics
Abstract

An innovative antenna measurement strategy has been developed exploiting a micro Unmanned Aerial Vehicle (UAV) as a far-field test source to characterize single element, embedded element and array patterns at low frequencies (50 MHz to 650 MHz) in the real installation conditions. In the framework of the Square Kilometre Array (SKA) development, experiments focused on the measurement and calibration of a small array and the beam forming have been performed on the Medicina Array Demonstrator (MAD) and the Aperture Array Verification System (AAVS0). Several results with reference antennas have also been published. This paper investigates the performance of the UAV system for a cross polarization pattern measurement. Two experimental results with single antennas at 350 MHz are presented.

Published
2015

28. Progetto ALIRHYS, Alpi Latine identificazione delle risorse Hydrique Sotterranee

Author

Irene Aicardi, Assaba, M., Audra, P., Banzato, Cinzia, FABRIZIO BIANCO, Fiorucci, Adriano, Gourbesville, P., Laborde, J. P., ANDREA MARIA LINGUA, Maschio, Paolo Felice, FEDERICO MARCHIONATTI, Menegatti, Stefania, Moitre, Barbara, Francesca Noardo, and Vigna, Bartolomeo

Subjects
acqua, sources, projet transfrontalier, monitoraggio ambientale, armonizzazione cartografica, Ressources Hydriques souterraine, progetto transfrontaliero, neve, GIS, SIG, neige, WebGIS, harmonisation cartographique, DTM, clime changements climatiques, Sorgenti, Risorse idriche sotterranee, eau, surveillance de l'environnement, INSPIRE, cambiamenti climatici
Published
2015

29. Modelli 3D multisensore per l'acropoli segusina

Author

Irene Aicardi, PIERO BOCCARDO, Filiberto Chiabrando, ELISABETTA DONADIO, andrea lingua, Maschio, Paolo Felice, Francesca Noardo, and Antonia Spanò

Subjects
3D model, TLS, DEM, 3D model, UAV photogrammetry, Orthoimages, DEM, TLS, CH, CH, UAV photogrammetry, Orthoimages
Published
2015

31. Medicina Array Demonstrator: Overview and Results of the third campaign

Author

PUPILLO, Giuseppe, NALDI, Giovanni, MATTANA, Andrea, MONARI, JADER, POLONI, MARCO, PERINI, FEDERICO, SCHIAFFINO, MARCO, BIANCHI, GERMANO, BOLLI, Pietro, Lingua, Andrea, Aicardi, Irene, Bendea, Horea, Maschio, Paolo, Piras, Marco, Virone, Giusseppe, Paonessa, Francesca, Farooqui, Zunnoorain, Tascone, Riccardo, and Tibaldi, Alberto

Published
2014

34. VHF/UHF antenna pattern measurement with unmanned aerial vehicles

Author

Paonessa, Fabio, primary, Virone, Giuseppe, additional, Capello, Elisa, additional, Addamo, Giuseppe, additional, Peverini, Oscar A., additional, Tascone, Riccardo, additional, Bolli, Pietro, additional, Pupillo, Giuseppe, additional, Monari, Jader, additional, Schiaffino, Marco, additional, Perini, Federico, additional, Rusticelli, Simone, additional, Lingua, Andrea M., additional, Piras, Marco, additional, Aicardi, Irene, additional, and Maschio, Paolo, additional

Published
2016
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36. UAV-based pattern measurement of the SKALA

Author

Paonessa, Fabio, primary, Virone, Giuseppe, additional, Addamo, Giuseppe, additional, Peverini, Oscar A., additional, Tascone, Riccardo, additional, de Lera Acedo, Eloy, additional, Colin-Beltran, Edgar, additional, Razavi-Ghods, Nima, additional, Bolli, Pietro, additional, Pupillo, Giuseppe, additional, Naldi, Giovanni, additional, Monari, Jader, additional, Lingua, Andrea M., additional, Piras, Marco, additional, Aicardi, Irene, additional, and Maschio, Paolo, additional

Published
2015
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39. UAV-based radiation pattern verification for a small low-frequency array

Author

Virone, Giuseppe, primary, Paonessa, Fabio, additional, Tibaldi, Alberto, additional, Farooqui, Zunnoorain, additional, Addamo, Giuseppe, additional, Peverini, Oscar A., additional, Tascone, Riccardo, additional, Bolli, Pietro, additional, Mattana, Andrea, additional, Monari, Jader, additional, Naldi, Giovanni, additional, Perini, Federico, additional, Pupillo, Giuseppe, additional, Schiaffino, Marco, additional, Lingua, Andrea M., additional, Piras, Marco, additional, Maschio, Paolo, additional, Aicardi, Irene, additional, Bendea, Iosif Horea, additional, and Cina, Alberto, additional

Published
2014
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41. Mid-Term Monitoring of Glacier's Variations with UAVs: The Example of the Belvedere Glacier.

Author

Ioli, Francesco, Bianchi, Alberto, Cina, Alberto, De Michele, Carlo, Maschio, Paolo, Passoni, Daniele, and Pinto, Livio

Subjects
GLACIERS, ALPINE glaciers, DIGITAL elevation models, FLOW velocity
Abstract

Recently, Unmanned Aerial Vehicles (UAV) have opened up unparalleled opportunities for alpine glacier monitoring, as they allow for reconstructing extensive and high-resolution 3D models. In order to evaluate annual ice flow velocities and volume variations, six yearly measurements were carried out between 2015 and 2020 on the debris-covered Belvedere Glacier (Anzasca Valley, Italian Alps) with low-cost fixed-wing UAVs and quadcopters. Every year, ground control points and check points were measured with GNSS. Images acquired from UAV were processed with Structure-from-Motion and Multi-View Stereo algorithms to build photogrammetric models, orthophotos and digital surface models, with decimetric accuracy. Annual glacier velocities were derived by combining manually-tracked features on orthophotos with GNSS measurements. Velocities ranging between 17 m y−1 and 22 m y−1 were found in the central part of the glacier, whereas values between 2 m y−1 and 7 m y−1 were found in the accumulation area and at the glacier terminus. Between 2 × 106 m3 and 3.5 × 106 m3 of ice volume were lost every year. A pair of intra-year measurements (October 2017–July 2018) highlighted that winter and spring volume reduction was ∼1/4 of the average annual ice loss. The Belvedere monitoring activity proved that decimetric-accurate glacier models can be derived with low-cost UAVs and photogrammetry, limiting in-situ operations. Moreover, UAVs require minimal data acquisition costs and allow for great surveying flexibility, compared to traditional techniques. Information about annual flow velocities and ice volume variations of the Belvedere Glacier may have great value for further understanding glacier dynamics, compute mass balances, or it might be used as input for glacier flow modelling. [ABSTRACT FROM AUTHOR]

Published
2022
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42. UNO SGUARDO DALL'ALTO SUL TERRITORIO COSTRUITO.

Author

Aicardi, Irene, Chiabrando, Filiberto, Lingua, Andrea, Maschio, Paolo, and Noardo, Francesca

Abstract

In the last decades, the people and the societies are becoming more vulnerThe use of UAV for the aerial acquisition of digital images and the processing of them through image processing software (photogrammetry, SIFT, Structurefrom- motion,...) is now widespread and lead to automating the survey process. These instruments and methods allows a fast, complete and cheap way to collect urban and rural landscape from an unusual and unconventional point of view using 3D information. In this paper, the authors describe the operative possibilities of these techniques in a practical application using two different software tools (commercial and open source) verifying the completeness/accuracy of acquired information. A typical uninhabited rural village (Leri Cavour, Vercelli) which has to be re-promoted, has been used as test site. [ABSTRACT FROM AUTHOR]

Published
2014

43. Shipwrecks stories in a 'trap bay': Research and valorization in Torre S. Sabina (Brindisi, Italy)

Author

Rita, Auriemma, Antonella, Antonazzo, Alessio Calantropio, Filiberto Chiabrando, Luigi, Coluccia, Danilo, Leone, Maschio, Paolo Felice, Maria, Turchiano, and Giuliano, Volpe

Subjects
VR, Roman ship, underwater cultural heritage, in situ protection and valorization, underwater archaeological park, VR, seascapes archaeology, wrecks, Roman ship, galley, cargo, galley, wrecks, seascapes archaeology, cargo, in situ protection and valorization, underwater cultural heritage, underwater archaeological park

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