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Burghardt, M.; Wolff, C.; Womser-Hacker, C.: Informationsinfrastruktur und informationswissenschaftliche Methoden in den digitalen Geisteswissenschaften (2015)
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- Abstract
- Das vorliegende Themenheft setzt sich mit dem Verhältnis von Informationsinfrastruktur, den Digital Humanities und der Informationswissenschaft auseinander.
- Date
- 6.12.2015 17:22:08
- Source
- Information - Wissenschaft und Praxis. 66(2015) H.5/6, S.285-286
-
Burghardt, M.; Wolff, C.; Womser-Hacker, C.: Informationswissenschaft und Digital Humanities (2015)
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- Abstract
- Dieser Beitrag beschreibt das Verhältnis zwischen Informationswissenschaft und Digital Humanities und zeigt dabei viele Anlnüpfungspunkte und Parallelen zwischen den beiden Disziplinen auf. Weiterhin wird am Beispiel ausgewählter Forschungsthemen und -methoden der Informationswissenschaft aufgezeigt, wo das Fach Angebote an die Geisteswissenschaft machen kann, um innovative Digital Humanities-Projekte zu befördern.
- Footnote
- Beitrag im Rahmen eines Themenhefts zu: "Informationsinfrastruktur und informationswissenschaftliche Methoden in den digitalen Geisteswissenschaften".
- Source
- Information - Wissenschaft und Praxis. 66(2015) H.5/6, S.287-294
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Wolff, C.; Womser-Hacker, C.: Graphisches Faktenretrieval mit vager Anfrageinterpretation (1997)
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- Source
- Hypertext - Information Retrieval - Multimedia '97: Theorien, Modelle und Implementierungen integrierter elektronischer Informationssysteme. Proceedings HIM '97. Hrsg.: N. Fuhr u.a
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Krause, J.; Marx, J.; Roppel, S.; Schudnagis, M.; Wolff, C.; Womser-Hacker, C.: Multimodality and object orientation in an intelligent materials information system (1993-94)
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- Abstract
- In this paper we present a multimodal design concept for a materials information system interface. The project WING-IIR combines both form-oriented and natural language database in a GUI-based environment, giving the user a choice of query modes. Our design is embedded in a tool-based, object oriented structure which allows for adequate interpretation and usability for both, novice and expert users. Implementing context-sensitivity and transparency between query modalities and different levels of data granularity further help in solving difficult materials problems. In addition a number of different Intelligent Information Retrieval (IIR) modules complement the basic database interface: a stereotype-based user model reduces interface complexity by adapting to the users' actual interests; the WING-GRAPH component allows for graphical retrieval of materials curves, i.e. users may manipulate graphical data representations in order to query the database and a fuzzy-WING component is proposed for modelling vagueness in natural language queries as well as for vague interpretation of seemingly exact queries