TRANSRAZ

Transferring the Nuremberg time and space model to the public

The new TRANSRAZ project is based on the research results of the previous project TOPORAZ - "Nürnberger Topographie in Raum und Zeit" (Leibniz contest, 2015-2018). In the previous project the virtual research environment (VRE) TOPORAZ was developed. For the first time, a scientifically based 3D model with several time layers of Nuremberg's central square was created to illustrate the historical development of this urban space (from the Middle Ages to the present day). In an innovative way, TOPORAZ combines an interactive 3D city model with historical sources (texts, images) that are queried directly via a networked database.

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The new TRANSRAZ project transfers the innovative VRE into the application. To this end, the research area must be extended from a city square to the entire urban space of the historical center with approx. 3,000 houses. Only in this way can Nuremberg's social networks be fully explored. In addition, all TRANSRAZ data are published as Linked Open Data (LOD) to ensure that the FAIR principles are substantially supported.

To this end, in contrast to the previous project, Big Data methods must be used for (semi-)automatic indexing, which gives the project an additional focus on analysis methods with artificial intelligence. Our Information Service Engineering unit is responsible for enriching the data with external information resources related to topographies, persons, organizations, places, and events. For this purpose a project-specific ontology is developed on which the TRANSRAZ knowledge graph is based.  The data used are generated form project-relevant historical sources by means of sematic analysis methods such as Natural Language Processing.

The e-Research unit is essentially responsible for the further enhancement of the TOPORAZ VRE with its database. At the same time, it pursues the transfer goals through cooperation with post-use institutions and the conception and implementation of offers for Citizen Science. This enables and promotes the transfer of scientific findings to the general public.

Publications

  • O. Bruns “The Persistence of Temporality: Tracing Time in Cultural Heritage Knowledge Graphs”, Proc. Of the 22nd International Semantic Web Conference, ISWC 2023, Doctoral Consortium, Springer (to be published)
  • O. Bruns, T. Tietz, S. Göller, H. Sack: “TRANSRAZ Data Model: Towards a Geosocial Representation of Historical Cities”, In Knowledge Graphs: Semantics, Machine Learning, and Languages (pp. 161-176). IOS Press, 20-22.09.2023 in Leipzig. (paper: https://ebooks.iospress.nl/doi/10.3233/SSW230012)
  • O.Bruns, T. Tietz, M. Vafaie, D. Dessì, H. Sack: Towards a Representation of Temporal Data in Archival Records: Use Cases and Requirements. In Proceedings of the International Workshop on Archives and Linked Data (LinkedArchives), co-located with the 25th International Conference on Theory and Practice of Digital Libraries
  • T. Tietz, O. Bruns, S. Göller, M. Razum, D. Dessì, H. Sack: Knowledge Graph enabled Curation and Exploration of Nuremberg's City Heritage, In Proc. of the Conference on Digital Curation Technologies 2021
  • M. Razum, S. Göller, H. Sack, T. Tietz, O. Vsesviatska, G. Weilandt, M. Grellert, T. Scharm: TOPORAZ: Ein digitales Raum-Zeit-Modell für vernetzte Forschung am Beispiel Nürnberg, Information - Wissenschaft & Praxis, Band 71, Heft 4, pp. 185-194. doi:https://doi.org/10.1515/iwp-2020-2094
  • O. Bruns, T. Tietz, M. B. Chaabane, M. Portz, F. Xiong, and H. Sack: The Nuremberg Address Knowledge Graph. In: Proceedings of The Semantic Web: ESWC 2021 Satellite Events, June 2021. [local copy (PDF), Video, Website].

Invited Talks and Presentations

  • G. Weilandt et al.: “Methoden und Herausforderungen einer virtuellen Forschungsumgebung“ - Internationaler Kongress der Deutschen Gesellschaft für Semiotik, Chemnitz, 01.10.2021
  • G. Weilandt et al.: „Visuell digital. Visualisierung historischer Zustände im digitalen Zeitalter. Chancen und Risiken für Kunstgeschichte und Denkmalpflege“ - 28. Tagung des Arbeitskreises deutscher und polnischer Kunsthistoriker und Denkmalpfleger, 21. – 23.10.2021 in Mainz
  • C. Stöckert, G. Weilandt, Methoden und Herausforderungen einer virtuellen Forschungsumgebung am Beispiel des Projekts TOPORAZ - Nürnberger Topographie in Raum und Zeit - Tagung Transmedial - Digital. Potenziale aktueller Ansätze in der Forschung zu Bild und Text in der Vormoderne in Krems 26.-28. Mai 2022.
  • G. Weilandt, Methods and Challenges of Virtual Research Environments. TOPORAZ - Topography of Nuremberg in Time and Space, in: Digital Humanities Projects. Approaches and Experiences. Workshop at the Federal Institute for Culture and History of Germans in Eastern Europe (BKGE), Oldenburg 16-17 June 2022.
  • K. Mühlbach, C. Stöckert, Sehen und Erleben am Nürnberg Hauptmarkt - Die Inszenierung respräsentativer Ansprüche im Stradtraum und ihre Darstellung im 3D-Modell, Forum Kunst des Mittelalters, Frankfurt, 28. September - 1. Oktober 2023.
  • M. Razum, G. Weilandt, A. Petto “Mixed Reality Zeitreise am Nürnberger Hauptmarkt - Die Forschungsumgebung TOPORAZ macht die Altstadt von Nürnberg wieder erlebbar”, Münchner Medientage, München, 27.11.2020 (online).
  • F. Schönrock: “TOPORAZ und TRANSRAZ”, Kolloquium anlässlich der Freischaltung des Häuserbuchs der Stadt Nürnberg (Topo N), Nürnberg, 15.07.2021.
  • M. Razum et al.: “TOPORAZ: Ein digitales Raum-Zeit-Modell für vernetzte Forschung am Beispiel der Stadt Nürnberg”, Forschungskolloquium „Digital History“ der Humboldt-Universität, Berlin/online, 13.07.2022. https://dhistory.hypotheses.org/2104
  • M. Razum: “TRANSRAZ: Chancen und Grenzen der Wissensrepräsentation im 3D-Modell”, Tagung des Arbeitskreises Historische Kartographie, Münster, 15.11.2022
  • O. Bruns “The Persistence of Temporality: Tracing Time in Cultural Heritage Knowledge Graphs”, Forschungskolloquium „Digital History“ der Humboldt-Universität, Berlin/online, 19.07.2023. https://dhistory.hypotheses.org/5828

Datasets

VRE TOPORAZ

www.toporaz.de

Project data

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Contact

Prof. Dr. Harald Sack

Vice President Information Service Engineering
Phone:
+49 7247 808 195
+49 7247 808 195
harald.sack [at] fiz-karlsruhe.de