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FOSS4G ITALIA 2019 - Abstracts FOSS4GFOSS4G ItaliaItalia 20192019 RaccoltaRaccolta AbstractAbstract FOSS4G ITALIA 2019 - Abstracts COMITATO ORGANIZZATORE Il comitato organizzatore è composto da un gruppo locale che fa riferimento al Dipartimento di Ingegneria Civile, Edile e Ambientale (DICEA) dell’Università di Padova, oltre a volontari appartenenti alle varie comunità organizzatrici del FOSS4G Italia 2019. Rachele Amerini Associazione Geograficamente Stefano Campus Regione Piemonte, Associazione GFOSS.it Daniele Codato Università di Padova (DICEA, Master GIScience e SPR) Edoardo Crescini Università di Padova (DICEA) Giuseppe Della Fera Università di Padova (DICEA), Associazione GISHub Luca Delucchi Fondazione Edmund Mach, Associazione GFOSS.it Massimo De Marchi Università di Padova (DICEA, Master GIScience e SPR) Alberto Diantini Università di Padova (DiSSGeA) Francesco Facchinelli Università di Padova (DICEA) Amedeo Fadini CNR-ISMAR Bianca Federici Università di Genova Enrico Ferreguti Comune di Padova Gianluca Giacometti Università di Padova (DICEA) Federico Gianoli Università di Padova, Associazione GFOSS.it Piergiovanna Grossi Università di Verona Salvatore Pappalardo Università di Padova (DICEA, Master GIScience e SPR), Ass. GISHub Francesca Peroni Università di Padova (DiSSGeA, Master GIScience e SPR) Francesco Pirotti Università di Padova (TeSAF) Guglielmo Pristeri Università di Padova (DICEA, Master GIScience e SPR Alessandro Sarretta CNR-ISMAR Matteo Zaffonato Wikimedia Italia - 2 - FOSS4G ITALIA 2019 - Abstracts COMITATO SCIENTIFICO Il comitato scientifico è composto da persone facenti parte del mondo della ricerca e dell’Università che ha curato la revisione delle proposte di comunicazioni ricevute ed ha organizzato la composizione delle varie sessioni, con lo scopo di cercare di mantenere alta la qualità delle presentazioni orali e dei poster. Alfredo Altobelli Università di Trieste Gerardo Brancucci Università di Genova Maria Brovelli Politecnico di Milano Stefano Campus Regione Piemonte, Associazione GFOSS.it Massimiliano Cannata Scuola universitaria professionale della Svizzera italiana (SUPSI) Corrado Cencetti Università di Perugia Marco Ciolli Università di Trento Aldo Clerici Università di Parma Daniele Codato Università di Padova Stefano Costa Ministero per i Beni e le Attività culturali Paolo Dabove Politecnico di Torino, Associazione GFOSS.it Luca Delucchi Fondazione Edmund Mach, Associazione GFOSS.it Massimo De Marchi Università di Padova Margherita Di Leo European Commission (JRC) Bianca Federici Università di Genova Francesco Fiermonte Politecnico di Torino, Associazione GFOSS.it Piergiovanna Grossi Università di Verona Saverio Giulio Malatesta Università di Roma 1 Sapienza Ivan Marchesini CNR-IRPI Perugia Marco Minghini European Commission (JRC) Maurizio Napolitano Fondazione Bruno Kessler Salvatore Pappalardo Università di Padova Francesco Pirotti Università di Padova Domenico Sguerso Università di Genova Clara Tattoni University of Ljubljana Paolo Zatelli Università di Trento - 3 - FOSS4G ITALIA 2019 - Abstracts Indice generale Hardware e Software Open Source per il posizionamento.............................................................9 Galileo e open-source: benefici e prospettive future.......................................................................9 Geopaparazzi state of the art of the digital field mapping application.........................................10 L’uso di smartphone per il posizionamento di precisione.............................................................10 Sistema Aeromobile a Pilotaggio Remoto liberi e open source.....................................................11 Geo deep learning machine: presentazione del prototipo.............................................................11 Open Source Remote Sensing..........................................................................................................12 Immagini satellitari open data per il monitoraggio delle attività petrolifere in Amazzonia: utilizzo della suite VIIRS-Night Fire per la mappatura del gas flaring nella Riserva di Biosfera Yasuní............................................................................................................................................12 Telerilevamento con Strumenti Open Source per l’Identificazione dei Danni al Bosco della Tempesta Vaia................................................................................................................................13 Earth observation data to detect irrigated areas: an application in southern Italy.....................13 Copernicus Opengeodata: proposta metodologica per la mappatura della continuità idraulica, applicazione sul medio corso del Piave........................................................................................14 Cloud e Shadow Masking per le immagini Sentinel-2: una nuova procedura per GRASS GIS....15 Scaricare e pre-processare automaticamente i dati Sentinel-2 in R: il nuovo pacchetto “sen2r” .......................................................................................................................................................16 Modellazione e mappatura del rischio............................................................................................17 Analisi tridimensionale delle rotte di migrazione degli uccelli.....................................................17 Impatti del cambiamento climatico sul settore vitivinicolo in Piemonte. Analisi degli areali di produzione.....................................................................................................................................18 Importanza del parametro Cell neighborhood nel calcolo delle metriche del paesaggio ed implementazioni FOSS..................................................................................................................19 Un percorso open source per la determinazione del rischio idraulico e la difesa del territorio nella città di Tegucigalpa (Honduras)...........................................................................................20 Introduzione di tecniche per l’analisi di correlazione spaziale multivariata e applicazioni nella mappatura del rischio...................................................................................................................21 Modelling natural hazards in gvSIG with the HortonMachine plugins........................................21 Open GeoData per la geologia, l’idrogeologia e la riqualificazione fluviale...............................23 La conoscenza del sottosuolo nel Comune di Firenze...................................................................23 La sezione trasversale di un corso d’acqua: procedura automatica per l’elaborazione dei dati rilevati mediante tecnologia GNSS...............................................................................................24 La modellazione morfometrica nei territori di pianura finalizzata alle analisi di pericolosità idrogeologica e alla previsione degli effetti nelle aree urbanizzate e industriali per scopi di Protezione Civile...........................................................................................................................25 La piattaforma EU H2020 FREEWAT per la gestione della risorsa idrica: esempi di applicazione...................................................................................................................................26 - 4 - FOSS4G ITALIA 2019 - Abstracts FOSS4G per la Pubblica Amministrazione....................................................................................27 Copernicus EMS Rapid Mapping, una nuova fase con nuove tecnologie open............................27 L’ecosistema INSPIRE: interoperabilità geografica con standard aperti e software libero........27 Dati in rete: accesso libero e privacy............................................................................................28 GFOSS o proprietario? Consigli per gli acquisti sul MEPA.........................................................28 Il nuovo visualizzatore cartografico del network della biodiversità.............................................29 Il modello dei dati nel progetto INTENSE per il turismo attivo....................................................30 Il nuovo Catasto Strade della Provincia di Piacenza. Un esempio di migrazione da software proprietario a software Open Source............................................................................................30 L’utilizzo di strumenti GIS OS nella PA: sviluppo del nuovo MasterPlan della ciclabilità del Comune di Padova........................................................................................................................31 L’esperienza dell’Agenzia per l’Ambiente del Veneto (ARPAV) nell’utilizzo di software geografico di tipo open source......................................................................................................32 OpenStreetMap.................................................................................................................................34 Switch to OSM: come e perché......................................................................................................34 Smart (M)apps: overview sulle principali applicazioni per smartphone per visualizzare ed editare OSM...................................................................................................................................34 Il contributo delle Nazioni Unite al progetto OpenStreetMap......................................................35
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