Publications

     

Peer-reviewed publications

  1. Joram Schito, Daniele Moncecchi and Martin Raubal.
    Determining transmission line path alternatives using a valley-finding algorithm.
    Computers, Environment and Urban Systems 86:tbd, 2021. DOI BibTeX

    @article{schito_determining_2021_,
	title = "Determining transmission line path alternatives using a valley-finding algorithm",
	volume = 86,
	doi = "10.1016/j.compenvurbsys.2020.101571",
	pages = "tbd",
	journal = "Computers, Environment and Urban Systems",
	author = "Schito, Joram and Moncecchi, Daniele and Raubal, Martin",
	year = "2021-03"
}

  2. Joram Schito.
    Realistic Modeling of Power Transmission Lines with Geographic Information Systems.
    Dissertation, ETH Zurich, Zurich (Switzerland), 2020. DOI BibTeX

    @phdthesis{schito_realistic_2020,
	address = "Zurich (Switzerland)",
	type = "Dissertation",
	title = "Realistic {Modeling} of {Power} {Transmission} {Lines} with {Geographic} {Information} {Systems}",
	school = "ETH Zurich",
	author = "Schito, Joram",
	year = 2020,
	doi = "10.3929/ethz-b-000454195"
}

  3. Joram Schito, Joshu Jullier and Martin Raubal.
    A framework for integrating stakeholder preferences when deciding on power transmission line corridors.
    EURO Journal on Decision Processes 7(3):159–195, 2019. DOI BibTeX

    @article{schito_framework_2019,
	title = "A framework for integrating stakeholder preferences when deciding on power transmission line corridors",
	volume = 7,
	pages = "159--195",
	number = 3,
	doi = "10.1007/s40070-019-00100-w",
	journal = "{EURO} Journal on Decision Processes",
	author = "Schito, Joram and Jullier, Joshu and Raubal, Martin",
	year = 2019
}

  4. Joram Schito and Sara Irina Fabrikant.
    Exploring maps by sounds: using parameter mapping sonification to make digital elevation models audible.
    International Journal of Geographical Information Science, pages 1–34, 2018. BibTeX

    @article{schito_exploring_2018,
	title = "Exploring maps by sounds: using parameter mapping sonification to make digital elevation models audible",
	pages = "1--34",
	issue = "published online",
	journal = "International Journal of Geographical Information Science",
	author = "Schito, Joram and Fabrikant, Sara Irina",
	year = 2018
}

  5. Joram Schito, Ulrike Wissen Hayek and Martin Raubal.
    Enhanced multi criteria decision analysis for planning power transmission lines.
    In Stephan Winter, Amy Griffin and Monika Sester (eds.). Proceedings 10th International Conference on Geographic Information Science (GIScience 2018) 114. 2018. DOI BibTeX

    @inproceedings{schito_enhanced_2018,
	address = "Melbourne (Australia)",
	title = "Enhanced multi criteria decision analysis for planning power transmission lines",
	volume = 114,
	isbn = "978-3-95977-083-5",
	doi = "10.4230/LIPIcs.GIScience.2018.15",
	eventtitle = "10th International Conference on Geographic Information Science ({GIScience} 2018)",
	booktitle = "Proceedings 10th International Conference on Geographic Information Science ({GIScience} 2018)",
	publisher = "{LIPICS}",
	author = "Schito, Joram and Wissen Hayek, Ulrike and Raubal, Martin",
	editor = "Winter, Stephan and Griffin, Amy and Sester, Monika",
	year = 2018
}

  6. Joram Schito.
    Modeling and optimizing transmission lines with GIS and Multi-Criteria Decision Analysis.
    it – Information Technology 59(1):1–9, 2017. DOI BibTeX

    @article{schito_modeling_2017,
	title = "Modeling and optimizing transmission lines with {GIS} and Multi-Criteria Decision Analysis",
	volume = 59,
	doi = "10.1515/itit-2016-0057",
	series = "Thematic Issue: Recent Trends in Energy Informatics Research / Guest Editors: Sebastian Lehnhoff, Astrid Nieße.",
	pages = "1--9",
	number = 1,
	journal = "it – Information Technology",
	author = "Schito, Joram",
	year = 2017
}

  7. Fabio Veronesi, Joram Schito, Stefano Grassi and Martin Raubal.
    Automatic selection of weights for GIS-based multicriteria decision analysis: site selection of transmission towers as a case study.
    Applied Geography 83:78–85, 2017. BibTeX

    @article{veronesi_automatic_2017,
	title = "Automatic selection of weights for {GIS}-based multicriteria decision analysis: site selection of transmission towers as a case study",
	volume = 83,
	pages = "78--85",
	journal = "Applied Geography",
	author = "Veronesi, Fabio and Schito, Joram and Grassi, Stefano and Raubal, Martin",
	year = 2017
}

  8. Christian Sailer, Peter Kiefer, Joram Schito and Martin Raubal.
    Map-based Visual Analytics of Moving Learners.
    International Journal of Mobile Human Computer Interaction (IJMHCI) 8(4):1–28, 2016. BibTeX

    @article{sailer_map-based_2016,
	title = "Map-based Visual Analytics of Moving Learners",
	volume = 8,
	pages = "1--28",
	number = 4,
	journal = "International Journal of Mobile Human Computer Interaction ({IJMHCI})",
	author = "Sailer, Christian and Kiefer, Peter and Schito, Joram and Raubal, Martin",
	year = 2016
}

  9. Christian Sailer, Joram Schito, Peter Kiefer and Martin Raubal.
    Teachers Matter: Challenges of Using a Location-Based Mobile Learning Platform.
    In mLearn 2015 – 14th World Conference on Mobile and Contextual Learning. 2015, 13. BibTeX

    @inproceedings{sailer_teachers_2015,
	address = "Venice (Italy)",
	title = "Teachers Matter: Challenges of Using a Location-Based Mobile Learning Platform",
	booktitle = "{mLearn} 2015 – 14th World Conference on Mobile and Contextual Learning",
	pages = 13,
	author = "Sailer, Christian and Schito, Joram and Kiefer, Peter and Raubal, Martin",
	year = 2015
}

  10. Christian Sailer, Peter Kiefer, Joram Schito and Martin Raubal.
    An evaluation method for location-based mobile learning based on spatio-temporal analysis of learner trajectories.
    In Proceedings of the 17th International Conference on Human-Computer Interaction with Mobile Devices and Services Adjunct. 2015, 1212–1218. BibTeX

    @inproceedings{sailer_evaluation_2015,
	title = "An evaluation method for location-based mobile learning based on spatio-temporal analysis of learner trajectories",
	pages = "1212--1218",
	booktitle = "Proceedings of the 17th International Conference on Human-Computer Interaction with Mobile Devices and Services Adjunct",
	organization = "{ACM}",
	author = "Sailer, Christian and Kiefer, Peter and Schito, Joram and Raubal, Martin",
	year = 2015
}

  11. Joram Schito, Christian Sailer and Peter Kiefer.
    Bridging the gap between location-based games and teaching.
    In Proceedings of the Geogames and Geoplay Workshop on the 18 th AGILE Conference. 2015. URL, DOI BibTeX

    @inproceedings{schito_bridging_2015,
	address = "Lisbon (Portugal)",
	title = "Bridging the gap between location-based games and teaching",
	url = "http://www.researchgate.net/profile/Joram_Schito/publication/275950212_Bridging_the_gap_between_location-based_games_and_teaching/links/554a33160cf29f836c964a37.pdf",
	doi = "10.13140/RG.2.1.1322.3844",
	booktitle = "Proceedings of the Geogames and Geoplay Workshop on the 18 th {AGILE} Conference",
	author = "Schito, Joram and Sailer, Christian and Kiefer, Peter",
	urlyear = "2015-07-15",
	year = 2015
}

  12. Joram Schito.
    Effizienzanalyse der akustischen Wahrnehmung einer Parameter Mapping Sonification eines digitalen Höhenmodells durch interaktive yearnexploration: Masterarbeit über die Verwendung von Sonifikation in der GIScience.
    Master Thesis, University of Zurich, Department of Geography, Zurich (Switzerland), 2012. BibTeX

    @mastersthesis{schito_effizienzanalyse_2012,
	address = "Zurich (Switzerland)",
	title = "Effizienzanalyse der akustischen Wahrnehmung einer Parameter Mapping Sonification eines digitalen Höhenmodells durch interaktive yearnexploration: Masterarbeit über die Verwendung von Sonifikation in der {GIScience}",
	school = "University of Zurich, Department of Geography",
	type = "Master Thesis",
	author = "Schito, Joram",
	editora = "Fabrikant, Sara Irina",
	editoratype = "collaborator",
	year = 2012
}

Other publications

  1. Joram Schito and Martin Raubal.
    Automatisierte Planung von Hochspannungsleitungen mit dem 3D DSS.
    Geomatik Schweiz (10):12–15, 2020. BibTeX

    @article{schito_automatisierte_2020_,
	title = "Automatisierte {Planung} von {Hochspannungsleitungen} mit dem {3D} {DSS}",
	abstract = "Strom ist für eine starke Wirtschaft und für den Wohlstand der Gesellschaft von hoher Bedeutung. Zwar sind sich viele dieser Wichtigkeit bewusst, doch Hochspannungsleitungen erfreuen sich allgemein keiner grossen Beliebtheit. In dieser Hinsicht bietet die Digitalisierung grosse Chancen, den Verlauf zukünftiger Hochspannungsleitungen objektiver und demokratischer zu gestalten, indem verschiedene Meinungen so gut als möglich berücksichtigt werden. Das 3D Decision Support System (3D DSS) der ETH Zürich kommt diesem Bedürfnis entgegen und bietet Planern und Stromnetzbetreibern ein zuverlässiges Tool, um den idealen Verlauf einer neuen Hochspannungsleitung in 3D zu modellieren und dabei Rücksicht auf Gesetze, Schutzgebiete und die Ziele unterschiedlicher Interessensvertreter zu nehmen. Das Forschungsteam untersuchte während sechs Jahren diverse Aspekte, wie die Planung von Hochspannungsleitungen durch neue Ansätze teilautomatisiert und qualitativ verbessert werden kann. Die Resultate zeigen ein positives Bild, zumal die gesparte Zeit in eine vertiefe Analyse investiert werden kann, was wiederum die Verhandlungen um eine optimale Linienführung unterstützt. Das Forschungsprojekt zeigt auf, welches Potential das 3D DSS hinsichtlich Planung, Analyse und Kommunikation von Hochspannungsleitungen in sich birgt und schlussfolgert, dass solche digitalen Systeme in Zukunft eine wichtige Rolle bei der Entscheidungsfindung spielen werden.",
	number = 10,
	journal = "Geomatik Schweiz",
	author = "Schito, Joram and Raubal, Martin",
	year = 2020,
	pages = "12--15"
}

  2. Joram Schito.
    Hochspannungsleitungen planen und deren Akzeptanz erhöhen–mit dem 3D Decision Support System der ETH Zürich.
    In Wissenschaftsdialog 2018 der Bundesnetzagentur. DOI BibTeX

    @inproceedings{schito_hochspannungsleitungen_2019,
	address = "Bonn (Germany)",
	title = "Hochspannungsleitungen planen und deren Akzeptanz erhöhen–mit dem 3D Decision Support System der {ETH} Zürich",
	booktitle = "Wissenschaftsdialog 2018 der Bundesnetzagentur",
	publisher = "Bundesnetzagentur",
	doi = "10.3929/ethz-b-000377753",
	author = "Schito, Joram",
	date = 2019
}

  3. Joram Schito, Ulrike Wissen Hayek and Martin Raubal.
    Ein 3D Decision Support System zur realistischen Planung von Hochspannungsleitungen.
    In Institut Elektrizitätswirtschaft Energieinnovation (IEE) and Udo Bachhiesl (eds.). EnInnov Energy for Future – Wege zur Klimaneutralität. 269–270. BibTeX

    @inproceedings{schito_3d_2020_,
	address = "Graz (Austria)",
	title = "Ein {3D} {Decision} {Support} {System} zur realistischen {Planung} von {Hochspannungsleitungen}",
	volume = "Energy for Future – Wege zur Klimaneutralität",
	isbn = "978-3-85125-734-2",
	booktitle = "{EnInnov}",
	publisher = "Verlag der Technischen Universität Graz",
	author = "Schito, Joram and Wissen Hayek, Ulrike and Raubal, Martin",
	editor = "{Institut für Elektrizitätswirtschaft und Energieinnovation (IEE)} and Bachhiesl, Udo",
	date = 2020,
	pages = "269--270"
}

  4. Thomas M Klein, Adrienne Grêt-Regamey, Martin Raubal and Joram Schito.
    Eine 3D entscheidungsunterstützende Plattform zur transparenten und nachhaltigen Planung von elektrischen Versorgungsnetzen.
    In Leitfaden 3D-GIS und Energie. Runder Tisch GIS e.V., pages 111–112. BibTeX

    @incollection{klein_3d_2015,
	address = "Munich (Germany)",
	title = "Eine 3D entscheidungsunterstützende Plattform zur transparenten und nachhaltigen Planung von elektrischen Versorgungsnetzen",
	pages = "111--112",
	booktitle = "Leitfaden 3D-{GIS} und Energie",
	publisher = "Runder Tisch {GIS} e.V.",
	author = "Klein, Thomas M. and Grêt-Regamey, Adrienne and Raubal, Martin and Schito, Joram",
	date = 2015
}

  5. Joram Schito and Stefano Grassi.
    Berechnung optimaler Pfade und Korridore für Hochspannungsleitungen.
    In Philipp Willkomm, Robert Kaden, Volker Coors and Thomas H Kolbe (eds.). Leitfaden 3D-GIS und Energie. Runder Tisch GIS e.V., pages 80–82. BibTeX

    @incollection{schito_berechnung_2015,
	address = "Munich (Germany)",
	title = "Berechnung optimaler Pfade und Korridore für Hochspannungsleitungen",
	pages = "80--82",
	booktitle = "Leitfaden 3D-{GIS} und Energie",
	publisher = "Runder Tisch {GIS} e.V.",
	author = "Schito, Joram and Grassi, Stefano",
	editor = "Willkomm, Philipp and Kaden, Robert and Coors, Volker and Kolbe, Thomas H.",
	date = 2015
}

Presentations

  1. Joram Schito.
    Digital Underground Data – A Resource for Planning Utilities in Urban Areas at Energie 360°.
    Presentation at Digital Underground Workshop 2022, ETH Zurich, Zurich (Switzerland), September 2022. BibTeX

    @presentation{schito_digital_2022,
	event = "Digital Underground Workshop 2022",
	location = "ETH Zurich, Zurich (Switzerland)",
	type = "Presentation",
	title = "Digital {Underground} {Data} – {A} {Resource} for {Planning} {Utilities} in {Urban} {Areas} at {Energie} 360°",
	author = "Schito, Joram",
	month = "sep",
	year = 2022
}

  2. Urs Gredig, Joram Schito, Adrian Häsler and Gerhard Christiner.
    Panel discussion about the topic «The importance of the grid for the future of the energy» («Der Faktor Netz für die Energiezukunft)».
    Presentation at Swissgrid Netzforum 2022, Museum of Transport, Lucerne (Switzerland), August 2022. URL BibTeX

    @presentation{gredig_panel_2022,
	event = "Swissgrid Netzforum 2022",
	location = "Museum of Transport, Lucerne (Switzerland)",
	type = "Panel Discussion",
	title = "Panel discussion about the topic «{The} importance of the grid for the future of the energy» («{Der} {Faktor} {Netz} für die {Energiezukunft})»",
	volume = 2022,
	url = "https://www.swissgrid.ch/de/home/newsroom/events/netzforum-2022.html",
	language = "de",
	author = "Gredig, Urs and Schito, Joram and Häsler, Adrian and Christiner, Gerhard",
	month = "aug",
	year = 2022
}

  3. Joram Schito.
    Ein 3D Decision Support System zur Unterstützung der Leitungsplanung.
    Presentation at GEOSummit 2022, FHNW, Olten (Switzerland), June 2022. BibTeX

    @presentation{schito_3d_2022,
	event = "GEOSummit 2022",
	location = "FHNW, Olten (Switzerland)",
	type = "Presentation",
	title = "Ein {3D} {Decision} {Support} {System} zur {Unterstützung} der {Leitungsplanung}",
	author = "Schito, Joram",
	month = "jun",
	year = 2022
}

  4. Joram Schito and Joshu Jullier.
    Digitale Leitungsplanung – Funktionsweise und Zuverlässigkeit des 3D DSS.
    Presentation at Forum Netzausbau und Netzbetrieb, Tagungsgesellschaft mbH Energie, MVV Regioplan GmbH, Dresden (Germany), 2021. BibTeX

    @presentation{schito_digitale_2021,
	event = "Forum Netzausbau und Netzbetrieb, Tagungsgesellschaft mbH Energie, MVV Regioplan GmbH",
	location = "Dresden (Germany)",
	type = "Presentation",
	title = "Digitale {Leitungsplanung} – {Funktionsweise} und {Zuverlässigkeit} des {3D} {DSS}",
	author = "Schito, Joram and Jullier, Joshu",
	month = "",
	year = 2021
}

  5. Joram Schito.
    Aargauer Reusstal wehrt sich gegen Hochspannungsleitung.
    Presentation at Interview at SRF Schweiz aktuell, May 2020. URL BibTeX

    @presentation{schito_aargauer_2020,
	event = "Interview at SRF Schweiz aktuell",
	title = "Aargauer {Reusstal} wehrt sich gegen {Hochspannungsleitung}",
	url = "https://play.swissinfo.ch/srf/play/tv/schweiz-aktuell/video/aargauer-reusstal-wehrt-sich-gegen-hochspannungsleitung?urn=urn:srf:video:9140ba67-66a4-4600-ac00-97c60f5996b5",
	author = "Schito, Joram",
	month = "may",
	year = 2020
}

  6. Martin Raubal, Joram Schito, Ulrike Wissen Hayek, Stefano Grassi and Philippe Bieri.
    3D DSS Erdkabel – Schlussworkshop.
    Presentation at 3D DSS Schlussworkshop, ETH Zurich, Zurich (Switzerland), 2020. BibTeX

    @presentation{raubal_3d_2020,
	event = "3D DSS Schlussworkshop",
	location = "ETH Zurich, Zurich (Switzerland)",
	type = "Final {Workshop}",
	title = "{3D} {DSS} {Erdkabel} – {Schlussworkshop}",
	author = "Raubal, Martin and Schito, Joram and Wissen Hayek, Ulrike and Grassi, Stefano and Bieri, Philippe",
	month = "",
	year = 2020
}

  7. Joram Schito.
    Ein 3D Decision Support System zur realistischen Planung von Hochspannungsleitungen.
    Presentation at Symposium Energieinnovation 2020, Graz (Austria), 2020. BibTeX

    @presentation{schito_3d_2020,
	event = "Symposium Energieinnovation 2020",
	location = "Graz (Austria)",
	type = "Presentation",
	title = "Ein {3D} {Decision} {Support} {System} zur realistischen {Planung} von {Hochspannungsleitungen}",
	author = "Schito, Joram",
	month = "",
	year = 2020
}

  8. Joram Schito.
    Realistic Modeling of Power Transmission Lines with GIS.
    Presentation at Doctoral Defense, ETH Zurich, Zurich (Switzerland), 2020. BibTeX

    @presentation{schito_realistic_2020,
	event = "Doctoral {Defense}",
	location = "ETH Zurich, Zurich (Switzerland)",
	type = "Doctoral {Defense}",
	title = "Realistic {Modeling} of {Power} {Transmission} {Lines} with {GIS}",
	author = "Schito, Joram",
	month = "",
	year = 2020
}

  9. Joshu Jullier and Joram Schito.
    Finding the optimal route for new power transmission lines with a 3D Decision Support System.
    Presentation at ENTSO-E & RGI Webinar, RGI – Renewables Grid Initiative, August 2019. URL BibTeX

    @presentation{jullier_finding_2019,
	event = "ENTSO-E & RGI Webinar",
	location = "RGI – Renewables Grid Initiative",
	type = "Webinar",
	title = "Finding the optimal route for new power transmission lines with a {3D} {Decision} {Support} {System}",
	url = "https://www.entsoe.eu/events/2019/08/12/entso-e-rgi-webinar-how-can-we-find-the-optimal-route-for-new-power-transmission-lines/",
	author = "Jullier, Joshu and Schito, Joram",
	month = "aug",
	year = 2019
}

  10. Joram Schito.
    How to support decision-making when planning power transmission lines.
    Presentation at Frontiers in Energy Research, ETH Zurich, Zurich (Switzerland), 2019. BibTeX

    @presentation{schito_how_2019,
	event = "Frontiers in Energy Research",
	location = "ETH Zurich, Zurich (Switzerland)",
	type = "Presentation at the {Energy} {Science} {Center} of {ETH} {Zurich}",
	title = "How to support decision-making when planning power transmission lines",
	author = "Schito, Joram",
	month = "",
	year = 2019
}

  11. Joram Schito.
    Wie ein 3D Decision Support System die Leitungsplanung unterstützt.
    Presentation at Wissenschaftsdialog 2018 der Bundesnetzagentur, Bonn (Germany), September 2018. URL BibTeX

    @presentation{schito_wie_2018,
	event = "Wissenschaftsdialog 2018 der Bundesnetzagentur",
	location = "Bonn (Germany)",
	type = "Extended {Abstract}",
	title = "Wie ein {3D} {Decision} {Support} {System} die {Leitungsplanung} unterstützt",
	url = "https://www.netzausbau.de/SharedDocs/Termine/DE/Veranstaltungen/2018/180920_Wissenschaftsdialog.html",
	author = "Schito, Joram",
	month = "sep",
	year = 2018
}

  12. Joram Schito and Joshu Jullier.
    3D Decision Support System: Wie Algorithmen die perfekte Leitung erstellen.
    Presentation at Forum Netzausbau und Netzbetrieb, Tagungsgesellschaft mbH Energie, MVV Regioplan GmbH, Dresden (Germany), May 2018. BibTeX

    @presentation{schito_3d_2018,
	event = "Forum Netzausbau und Netzbetrieb, Tagungsgesellschaft mbH Energie, MVV Regioplan GmbH",
	location = "Dresden (Germany)",
	type = "Presentation",
	title = "{3D} {Decision} {Support} {System}: {Wie} {Algorithmen} die perfekte {Leitung} erstellen",
	author = "Schito, Joram and Jullier, Joshu",
	month = "may",
	year = 2018
}

  13. Joram Schito.
    Hochspannungsleitungen planen und deren Akzeptanz erhöhen – mit dem 3D Decision Support System der ETH Zürich.
    Presentation at GEOSummit 2018, Berne (Switzerland), 2018. BibTeX

    @presentation{schito_hochspannungsleitungen_2018,
	event = "GEOSummit 2018",
	location = "Berne (Switzerland)",
	type = "Extended {Abstract}",
	title = "Hochspannungsleitungen planen und deren {Akzeptanz} erhöhen – mit dem {3D} {Decision} {Support} {System} der {ETH} {Zürich}",
	author = "Schito, Joram",
	month = "",
	year = 2018
}

  14. Joram Schito and Jonas Mühlethaler.
    3D Decision Support System zur Unterstützung der Leitungsplanung.
    Presentation at Electrosuisse ETG-Fachtagung: Leitungsbau – «Spannung im Netzbau», EKZ Dietikon (Switzerland), 2017. BibTeX

    @presentation{schito_3d_2017,
	event = "Electrosuisse ETG-Fachtagung: Leitungsbau – «Spannung im Netzbau»",
	location = "EKZ Dietikon (Switzerland)",
	type = "Presentation",
	title = "{3D} {Decision} {Support} {System} zur {Unterstützung} der {Leitungsplanung}",
	author = "Schito, Joram and Mühlethaler, Jonas",
	month = "",
	year = 2017
}

  15. Joram Schito.
    Die Anwendung von Tobler’s Law in Puffermodellen bei der Modellierung von Hochspannungsleitungen.
    Presentation at GEOSummit 2016, Berne (Switzerland), September 2016. BibTeX

    @presentation{schito_anwendung_2016,
	event = "GEOSummit 2016",
	location = "Berne (Switzerland)",
	type = "Extended {Abstract}",
	title = "Die {Anwendung} von {Tobler}’s {Law} in {Puffermodellen} bei der {Modellierung} von {Hochspannungsleitungen}",
	author = "Schito, Joram",
	month = "sep",
	year = 2016
}

  16. Joram Schito.
    Acoustic Perception of a 2.5 D Digital Elevation Model‘s Parameter Mapping Sonification through Interactive Data Exploration: Final Presentation.
    2012. BibTeX

    @presentation{schito_acoustic_2012,
	address = "University of Zurich, Department of Geography, Zurich (Switzerland)",
	title = "Acoustic Perception of a 2.5 D Digital Elevation Model‘s Parameter Mapping Sonification through Interactive Data Exploration: Final Presentation",
	type = "Master Thesis Presentation",
	howpublished = "Master Thesis Presentation",
	note = "Master Thesis Presentation",
	author = "Schito, Joram",
	year = 2012
}

Posters

  1. Daniele Moncecchi and Joram Schito.
    What is a valley? A procedure that helps determining route alternatives for power transmission lines.
    Poster at SCCER FURIES – 6th Annual Conference, Aarau (Switzerland), 2019. BibTeX

    @poster{moncecchi_what_2019,
	location = "Aarau (Switzerland)",
	title = "What is a valley? A procedure that helps determining route alternatives for power transmission lines",
	type = "Poster",
	howpublished = "Poster",
	event = "{SCCER} {FURIES} – 6th Annual Conference",
	author = "Moncecchi, Daniele and Schito, Joram",
	year = 2019
}

  2. Joram Schito and Ulrike Wissen Hayek.
    3D Decision Support System (3D DSS) for Transmission Line Planning: Latest Results.
    Poster at SCCER FURIES – 6th Annual Conference, Aarau (Switzerland), 2019. BibTeX

    @poster{schito_3d_2019,
	location = "Aarau (Switzerland)",
	title = "3D Decision Support System (3D {DSS}) for Transmission Line Planning: Latest Results",
	type = "Poster",
	howpublished = "Poster",
	event = "{SCCER} {FURIES} – 6th Annual Conference",
	author = "Schito, Joram and Wissen Hayek, Ulrike",
	year = 2019
}

  3. Joram Schito and Martin Raubal.
    Planning transmission lines upside down: How earth cables are combined with overhead lines.
    Poster at SCCER FURIES – 5th Annual Conference, Lausanne (Switzerland), 2018. BibTeX

    @poster{schito_planning_2018,
	location = "Lausanne (Switzerland)",
	title = "Planning transmission lines upside down: How earth cables are combined with overhead lines",
	type = "Poster",
	howpublished = "Poster",
	event = "{SCCER} {FURIES} – 5th Annual Conference",
	author = "Schito, Joram and Raubal, Martin",
	year = 2018
}

  4. René Buffat, Joram Schito and Martin Raubal.
    Spatio-temporal modelling of renewable energy in Switzerland using GIS.
    Poster at SCCER FURIES – 4th Annual Conference, Lausanne (Switzerland), 2017. BibTeX

    @poster{buffat_spatio-temporal_2017,
	location = "Lausanne (Switzerland)",
	title = "Spatio-temporal modelling of renewable energy in Switzerland using {GIS}",
	type = "Poster",
	howpublished = "Poster",
	event = "{SCCER} {FURIES} – 4th Annual Conference",
	author = "Buffat, René and Schito, Joram and Raubal, Martin",
	year = 2017
}

  5. Fabio Veronesi, Joram Schito, Stefano Grassi and Martin Raubal.
    Planning Transmission Lines for Future Network Expansion.
    Poster at SCCER FURIES – 3rd Annual Conference, Lausanne (Switzerland), 2016. BibTeX

    @poster{veronesi_planning_2016,
	location = "Lausanne (Switzerland)",
	title = "Planning Transmission Lines for Future Network Expansion",
	type = "Poster",
	howpublished = "Poster",
	event = "{SCCER} {FURIES} – 3rd Annual Conference",
	author = "Veronesi, Fabio and Schito, Joram and Grassi, Stefano and Raubal, Martin",
	year = 2016
}

  6. Joram Schito and Martin Raubal.
    Application of 3D Geographic Information Systems for the planning of electric power systems.
    Poster at SCCER FURIES – 3rd Annual Conference, Lausanne (Switzerland), 2016. BibTeX

    @poster{schito_application_2016,
	location = "Lausanne (Switzerland)",
	title = "Application of 3D Geographic Information Systems for the planning of electric power systems",
	type = "Poster",
	howpublished = "Poster",
	event = "{SCCER} {FURIES} – 3rd Annual Conference",
	author = "Schito, Joram and Raubal, Martin",
	year = 2016
}

  7. Joram Schito and Martin Raubal.
    Modeling transmission lines by considering proximity effects and multiple protected areas.
    Poster at Research in Progress Presentation at the PhD Workshop “Energy Informatics”, Klagenfurt (Austria), 2016. BibTeX

    @poster{schito_modeling_2016,
	location = "Klagenfurt (Austria)",
	title = "Modeling transmission lines by considering proximity effects and multiple protected areas",
	type = "Poster",
	howpublished = "Poster",
	event = "Research in Progress Presentation at the {PhD} Workshop “Energy Informatics”",
	author = "Schito, Joram and Raubal, Martin",
	year = 2016
}

  8. Fabio Veronesi, Stefano Grassi, Joram Schito and Martin Raubal.
    The Importance of Geographic Information Systems for Planning Renewable Facilities.
    Poster at SCCER FURIES – 2nd Annual Conference, Lausanne (Switzerland), 2015. BibTeX

    @poster{veronesi_importance_2015,
	location = "Lausanne (Switzerland)",
	title = "The Importance of Geographic Information Systems for Planning Renewable Facilities",
	type = "Poster",
	howpublished = "Poster",
	event = "{SCCER} {FURIES} – 2nd Annual Conference",
	author = "Veronesi, Fabio and Grassi, Stefano and Schito, Joram and Raubal, Martin",
	year = 2015
}

  9. Stefano Grassi, Fabio Veronesi, Joram Schito and Martin Raubal.
    An integrated GIS-based method for planning power lines targeting interactive public participation.
    Poster at SCCER FURIES – 1st Annual Conference, Lausanne (Switzerland), 2014. BibTeX

    @poster{grassi_integrated_2014,
	location = "Lausanne (Switzerland)",
	title = "An integrated {GIS}-based method for planning power lines targeting interactive public participation",
	type = "Poster",
	howpublished = "Poster",
	event = "{SCCER} {FURIES} – 1st Annual Conference",
	author = "Grassi, Stefano and Veronesi, Fabio and Schito, Joram and Raubal, Martin",
	year = 2014
}

Technical reports

  1. Ulrike Wissen Hayek, Joram Schito, Stefano Grassi and Philippe Bieri.
    3D DSS Schlussworkshop – Zusammenfassung.
    Workshop Evaluation, ETH Zürich, 2020. BibTeX

    @techreport{wissen_hayek_3d_2020_,
	address = "Zurich (Switzerland)",
	type = "Workshop {Evaluation}",
	title = "{3D} {DSS} {Schlussworkshop} – {Zusammenfassung}",
	copyright = "All rights reserved",
	institution = "ETH Zürich",
	author = "Wissen Hayek, Ulrike and Schito, Joram and Grassi, Stefano and Bieri, Philippe",
	year = 2020
}

  2. Joram Schito and Ulrike Wissen Hayek.
    3D Decision Support System (3D DSS) zur Unterstützung der Leitungsplanung.
    Technische Anleitung, ETH Zurich, 2020. BibTeX

    @techreport{schito_3d_2020-1_,
	address = "Zurich (Switzerland)",
	type = "Technische {Anleitung}",
	title = "{3D} {Decision} {Support} {System} ({3D} {DSS}) zur {Unterstützung} der {Leitungsplanung}",
	copyright = "All rights reserved",
	institution = "ETH Zurich",
	author = "Schito, Joram and Wissen Hayek, Ulrike",
	year = 2020
}

  3. Joram Schito, Ulrike Wissen Hayek, Stefano Grassi, Philippe Bieri and Martin Raubal.
    Enhancing the 3D DSS for Supporting the Planning of Electric Power Systems: Integration of Underground Cables.
    Final Report Sl/501704-01, Swiss Federal Office of Energy, 2020. BibTeX

    @techreport{schito_enhancing_2020_,
	address = "Ittigen (Switzerland)",
	type = "Final {Report}",
	title = "Enhancing the {3D} {DSS} for {Supporting} the {Planning} of {Electric} {Power} {Systems}: {Integration} of {Underground} {Cables}",
	copyright = "All rights reserved",
	number = "Sl/501704-01",
	institution = "Swiss Federal Office of Energy",
	author = "Schito, Joram and Wissen Hayek, Ulrike and Grassi, Stefano and Bieri, Philippe and Raubal, Martin",
	editor = "Moser, Michael",
	editorbtype = "redactor",
	year = 2020
}

  4. Martin Raubal, Joram Schito, Adrienne Grêt-Regamey and Ulrike Wissen Hayek.
    Einsatz von 3D GIS zur transparenten und nachhaltigen Planung von elektrischen Versorgungsnetzen.
    Schlussbericht SI/507073-01, Bundesamt für Energie BFE, 2017. BibTeX

    @techreport{raubal_einsatz_2017_,
	address = "Ittigen (Switzerland)",
	type = "Schlussbericht",
	title = "Einsatz von {3D} {GIS} zur transparenten und nachhaltigen {Planung} von elektrischen {Versorgungsnetzen}",
	copyright = "All rights reserved",
	number = "SI/507073-01",
	institution = "Bundesamt für Energie BFE",
	author = "Raubal, Martin and Schito, Joram and Grêt-Regamey, Adrienne and Wissen Hayek, Ulrike",
	editor = "Moser, Michael",
	editorbtype = "redactor",
	year = 2017
}

  5. Ulrike Wissen Hayek and Joram Schito.
    Decision Support System (3D DSS) zur Unterstützung der Planung von Übertragungsleitungen: Auswertung der Nutzerevaluation.
    ETH Zürich, 2017. BibTeX

    @techreport{wissen_hayek_decision_2017_,
	address = "Zurich (Switzerland)",
	title = "Decision {Support} {System} ({3D} {DSS}) zur {Unterstützung} der {Planung} von Übertragungsleitungen: {Auswertung} der {Nutzerevaluation}",
	copyright = "All rights reserved",
	institution = "ETH Zürich",
	author = "Wissen Hayek, Ulrike and Schito, Joram",
	year = 2017
}

Supervised theses

  1. Daniele Moncecchi.
    Exploiting Valley Extraction Algorithms for Improving Power Transmission Line Routing.
    Master Thesis, Politecnico di Milano, Scuola di Ingegneria Civile, Ambientale e Territoriale, 2020. BibTeX

    @mastersthesis{moncecchiExploitingValleyExtraction2020_,
	location = "Milano (Italy)",
	title = "Exploiting Valley Extraction Algorithms for Improving Power Transmission Line Routing",
	school = "Politecnico di Milano, Scuola di Ingegneria Civile, Ambientale e Territoriale",
	type = "Master Thesis",
	author = "Moncecchi, Daniele",
	year = 2020
}

  2. Konstantinos Schoinas.
    Planning Earth Cables with GIS.
    Master Thesis, ETH Zurich, Institute of Cartography and Geoinformation, Zurich (Switzerland), 2018. BibTeX

    @mastersthesis{schoinas_planning_2018,
	location = "Zurich (Switzerland)",
	title = "Planning Earth Cables with {GIS}",
	pagetotal = 63,
	school = "{ETH} Zurich, Institute of Cartography and Geoinformation",
	address = "Zurich (Switzerland)",
	type = "Master Thesis",
	author = "Schoinas, Konstantinos",
	editora = "Schito, Joram and Raubal, Martin",
	editoratype = "collaborator",
	year = 2018
}

  3. Nadine Piveteau.
    A Novel Approach to the Routing Problem of Overhead Transmission Lines.
    Master Thesis, University of Zurich, Department of Geography, Zurich (Switzerland), 2017. BibTeX

    @mastersthesis{piveteau_novel_2017,
	location = "Zurich (Switzerland)",
	title = "A Novel Approach to the Routing Problem of Overhead Transmission Lines",
	school = "University of Zurich, Department of Geography",
	address = "Zurich (Switzerland)",
	type = "Master Thesis",
	author = "Piveteau, Nadine",
	editora = "Schito, Joram and Raubal, Martin and Weibel, Robert",
	editoratype = "collaborator",
	year = 2017
}

  4. Julia Song-Zinggeler.
    Usability Testing of Decision-Support System for Power Line Planning.
    Master Thesis, ETH Zurich, Planning of Landscape and Urban Systems, Zurich (Switzerland), 2016. BibTeX

    @mastersthesis{song-zinggeler_usability_2016,
	location = "Zurich (Switzerland)",
	title = "Usability Testing of Decision-Support System for Power Line Planning",
	school = "{ETH} Zurich, Planning of Landscape and Urban Systems",
	address = "Zurich (Switzerland)",
	type = "Master Thesis",
	author = "Song-Zinggeler, Julia",
	editora = "Klein, Thomas M. and Grêt-Regamey, Adrienne",
	editoratype = "collaborator",
	year = 2016
}

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