Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
TRAIL2.2: Evaluation of fuzziness and wobbliness in numismatics and ceramology
Both exact and interpretive statements play a central role in the exploration of objects. The latter can be strongly influenced by authors’ hidden assumptions, incomplete ob-ject preservation or imprecise technical concepts. Uniform modelling of the associated fuzziness and wobbliness in research data is a challenge, as different approaches are developed or implemented in research domains. This TRAIL addresses the enrich & interpret and reuse & cite phases of the research data lifecycle. The aim is to collect, evaluate and extend existing modelling approaches to fuzziness and wobbliness (e.g. uncertainty, vagueness, accuracy and precision) in research data in a case study of col-lection-related numismatic and ceramic research. This will identify common intersec-tions that enable transformations from one research discipline-specific modelling ap-proach to another. Besides collecting mathematical, IT and other relevant implications of existing modelling approaches, this TRAIL will implement prototype modelling ap-proaches in use cases and embed them in university courses, enabling scientists and students to evaluate the advantages and disadvantages in a verifiable way. White and blue papers outlining best practices and transformation rules for modelling concepts willbe published so that the solutions found for numismatic and ceramic research can be transferred and adapted to other research domains.
TRAIL2.2: Evaluation of fuzziness and wobbliness in numismatics and ceramology
Both exact and interpretive statements play a central role in the exploration of objects. The latter can be strongly influenced by authors’ hidden assumptions, incomplete ob-ject preservation or imprecise technical concepts. Uniform modelling of the associated fuzziness and wobbliness in research data is a challenge, as different approaches are developed or implemented in research domains. This TRAIL addresses the enrich & interpret and reuse & cite phases of the research data lifecycle. The aim is to collect, evaluate and extend existing modelling approaches to fuzziness and wobbliness (e.g. uncertainty, vagueness, accuracy and precision) in research data in a case study of col-lection-related numismatic and ceramic research. This will identify common intersec-tions that enable transformations from one research discipline-specific modelling ap-proach to another. Besides collecting mathematical, IT and other relevant implications of existing modelling approaches, this TRAIL will implement prototype modelling ap-proaches in use cases and embed them in university courses, enabling scientists and students to evaluate the advantages and disadvantages in a verifiable way. White and blue papers outlining best practices and transformation rules for modelling concepts willbe published so that the solutions found for numismatic and ceramic research can be transferred and adapted to other research domains.
TRAIL2.2: Evaluation of fuzziness and wobbliness in numismatics and ceramology
Florian Thiery (Autor:in) / Allard Mees (Autor:in) / Karsten Tolle (Autor:in) / David Wigg-Wolf (Autor:in)
18.10.2021
NFDI4Objects TRAILS 2021(2.2)
Sonstige
Elektronische Ressource
Englisch
DDC:
690
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