Analyzing and Visualizing Uncertain Knowledge: The Use of TEI Annotations in the PROVIDEDH Open Science Platform

The underlying uncertainty in digital humanities research data affects decision-making and persists during a project’s lifecycle. This uncertainty is inevitable since most empirical claims cannot be assessed against an absolute truth (Drucker 2011; Binder et al. 2014). This situation has been previo...

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Main Authors: Michał Kozak, Alejandro Rodríguez, Alejandro Benito-Santos, Roberto Therón, Michelle Doran, Amelie Dorn, Jennifer Edmond, Cezary Mazurek, Eveline Wandl-Vogt
Format: Article
Language:deu
Published: Text Encoding Initiative Consortium 2022-09-01
Series:Journal of the Text Encoding Initiative
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Online Access:https://journals.openedition.org/jtei/4239
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author Michał Kozak
Alejandro Rodríguez
Alejandro Benito-Santos
Roberto Therón
Michelle Doran
Amelie Dorn
Jennifer Edmond
Cezary Mazurek
Eveline Wandl-Vogt
author_facet Michał Kozak
Alejandro Rodríguez
Alejandro Benito-Santos
Roberto Therón
Michelle Doran
Amelie Dorn
Jennifer Edmond
Cezary Mazurek
Eveline Wandl-Vogt
author_sort Michał Kozak
collection DOAJ
description The underlying uncertainty in digital humanities research data affects decision-making and persists during a project’s lifecycle. This uncertainty is inevitable since most empirical claims cannot be assessed against an absolute truth (Drucker 2011; Binder et al. 2014). This situation has been previously recognized together with the need to report the degrees of uncertainty that accompany such claims (Blau 2011). Although TEI makes it possible to annotate text with notions of certainty or precision, examples of actual projects taking advantage of this are scarce. There are many possible explanations for uncertainty’s lack of visibility in computationally supported humanities research; among them, the need for tools specifically designed to address the goal of defining and managing uncertainty stands out. Thus, efforts to provide technical support for humanities research should focus on managing and making uncertainty more transparent, rather than removing it. Another challenge is the fact that there is no agreement on a generic taxonomy for the different types of uncertainty that researchers may face. Various researchers across disciplines, working on varying projects and data sets, can use different categories to classify the uncertainties present in a particular case. In this paper, we introduce a collaborative platform for collective annotation of TEI data sets. We briefly present the flexible taxonomy of uncertainty used in the platform and describe two data sets used for its testing. Then we describe use cases of annotations available on the platform, and how they translate into TEI annotations. Creating and interpreting annotations with and without uncertainty should now be easier, especially for researchers who do not know TEI markup.
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spelling doaj-art-3d559f6eb52548f196bcb4e95d7a50582025-01-30T13:56:42ZdeuText Encoding Initiative ConsortiumJournal of the Text Encoding Initiative2162-56032022-09-011410.4000/jtei.4239Analyzing and Visualizing Uncertain Knowledge: The Use of TEI Annotations in the PROVIDEDH Open Science PlatformMichał KozakAlejandro RodríguezAlejandro Benito-SantosRoberto TherónMichelle DoranAmelie DornJennifer EdmondCezary MazurekEveline Wandl-VogtThe underlying uncertainty in digital humanities research data affects decision-making and persists during a project’s lifecycle. This uncertainty is inevitable since most empirical claims cannot be assessed against an absolute truth (Drucker 2011; Binder et al. 2014). This situation has been previously recognized together with the need to report the degrees of uncertainty that accompany such claims (Blau 2011). Although TEI makes it possible to annotate text with notions of certainty or precision, examples of actual projects taking advantage of this are scarce. There are many possible explanations for uncertainty’s lack of visibility in computationally supported humanities research; among them, the need for tools specifically designed to address the goal of defining and managing uncertainty stands out. Thus, efforts to provide technical support for humanities research should focus on managing and making uncertainty more transparent, rather than removing it. Another challenge is the fact that there is no agreement on a generic taxonomy for the different types of uncertainty that researchers may face. Various researchers across disciplines, working on varying projects and data sets, can use different categories to classify the uncertainties present in a particular case. In this paper, we introduce a collaborative platform for collective annotation of TEI data sets. We briefly present the flexible taxonomy of uncertainty used in the platform and describe two data sets used for its testing. Then we describe use cases of annotations available on the platform, and how they translate into TEI annotations. Creating and interpreting annotations with and without uncertainty should now be easier, especially for researchers who do not know TEI markup.https://journals.openedition.org/jtei/4239annotationvisualizationuncertaintycollaborative annotating
spellingShingle Michał Kozak
Alejandro Rodríguez
Alejandro Benito-Santos
Roberto Therón
Michelle Doran
Amelie Dorn
Jennifer Edmond
Cezary Mazurek
Eveline Wandl-Vogt
Analyzing and Visualizing Uncertain Knowledge: The Use of TEI Annotations in the PROVIDEDH Open Science Platform
Journal of the Text Encoding Initiative
annotation
visualization
uncertainty
collaborative annotating
title Analyzing and Visualizing Uncertain Knowledge: The Use of TEI Annotations in the PROVIDEDH Open Science Platform
title_full Analyzing and Visualizing Uncertain Knowledge: The Use of TEI Annotations in the PROVIDEDH Open Science Platform
title_fullStr Analyzing and Visualizing Uncertain Knowledge: The Use of TEI Annotations in the PROVIDEDH Open Science Platform
title_full_unstemmed Analyzing and Visualizing Uncertain Knowledge: The Use of TEI Annotations in the PROVIDEDH Open Science Platform
title_short Analyzing and Visualizing Uncertain Knowledge: The Use of TEI Annotations in the PROVIDEDH Open Science Platform
title_sort analyzing and visualizing uncertain knowledge the use of tei annotations in the providedh open science platform
topic annotation
visualization
uncertainty
collaborative annotating
url https://journals.openedition.org/jtei/4239
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