ArtVis: Dynamic Network Perspectives on Digital Art History
ArtVis: Dynamic Network Perspectives on Digital Art History
Disciplines
Computer Sciences (80%); Arts (20%)
Keywords
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Visual Analytics,
Dynamic Network,
Time,
Space,
Digital Art History,
Exhibitions
In order to better understand the history of art a major challenge of Digital Art History (DAH) is to understand how the components of the art system (persons, objects, places, institutions, and events) interacted with each other and how these interactions vary over time. The aim of our project is to model such complex relations through the use of Network Visualization (NetVis). Networks have a wide range of application in many domains, including social sciences, software engineering, and economics. NetVis has proven to be a successful tool to model data and phenomena for tasks in these domains, yet most modern solutions do not account for the complex aspects of the data and their dynamic. Real-world data is rarely static and for most application domains and problems it is essential to model and visualize the evolution and change of attributes and characteristics in the network, its actors, their relationships, and movement over time.
- Technische Universität Wien - 70%
- Universität Wien - 30%
- Raphael Rosenberg, Universität Wien , associated research partner
- Stefan Jänicke, University of Southern Denmark at Odense - Denmark
- Fabian Beck, Otto-Friedrich Universität Bamberg - Germany
Research Output
- 2 Publications
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2022
Title I Learn to Diffuse, or Data Alchemy 101: a Mnemonic Manifesto DOI 10.48550/arxiv.2208.03998 Type Preprint Author Schetinger V -
2022
Title On Time and Space: An Experimental Study on Graph Structural and Temporal Encodings DOI 10.48550/arxiv.2208.13716 Type Preprint Author Filipov V