Transforming Community Q&A System Content into Learning Objects

Technical advancements and expertise have progressed significantly compared to previous centuries, demanding efficient and fast methods for acquiring knowledge. This work explores the potential of Q&A systems by transforming their content into Learning Objects. Q&A systems offer quick answers and problem-solving without extensive study of scripts and documentation. The concept of Learning Objects is thoroughly analyzed and defined, with a focus on decomposing content into smaller units. Learning Objects are created and mapped to Q&A content at the lowest level of decomposition. Additionally, the composition of educational components from Q&A content is examined, emphasizing reusability and decomposability. The proposed transformation method is implemented through experiments involving manual and automated identification of Learning Objects, creating a tree structure of functionality increments. Reverse transformation of content is also described, with experiments conducted for both manual and automated processes.

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Publication Details

Published
2024-11-13
DOI
https://doi.org/10.1109/informatics62280.2024.10900874
Primary Topic
Open Education and E-Learning
Type
article
Field-Weighted Citation Impact
0.00

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article

Transforming Community Q&A System Content into Learning Objects

Eduard Kuric, Ján Lang, Pavol Baťalík, Matúš Miklovič
Open Education and E-Learning
article

Transforming Community Q&A System Content into Learning Objects

Eduard Kuric, Ján Lang, Pavol Baťalík, Matúš Miklovič
article en

Abstract

Technical advancements and expertise have progressed significantly compared to previous centuries, demanding efficient and fast methods for acquiring knowledge. This work explores the potential of Q&A systems by transforming their content into Learning Objects. Q&A systems offer quick answers and problem-solving without extensive study of scripts and documentation. The concept of Learning Objects is thoroughly analyzed and defined, with a focus on decomposing content into smaller units. Learning Objects are created and mapped to Q&A content at the lowest level of decomposition. Additionally, the composition of educational components from Q&A content is examined, emphasizing reusability and decomposability. The proposed transformation method is implemented through experiments involving manual and automated identification of Learning Objects, creating a tree structure of functionality increments. Reverse transformation of content is also described, with experiments conducted for both manual and automated processes.

Slovak University of Technology in Bratislava (SK)
Research and Development
Openalex Percentile: Top 70%
Open Education and E-Learning
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