Research Software is becoming a recognized first-class citizen to support and reproduce the results of scientific investigations. However, the link between software and their corresponding articles is often absent from Knowledge Graphs like Wikidata, thus making it challenging to retrieve implementations of existing papers. The purpose of this project is to present an approach to improve linking between articles and software.
This approach is implemented in SALTbot, the Software and Article Linker Toolbot, an implementation able to join scientific articles and the software they implement in any Wikibase instance. In addition, SALTbot will automatically describe software and article entities with metadata.
Furthermore, this project will also aim to link software in repository datasets with their corresponding articles in Wikidata, provide insights about the results of said linking and make indications about how to use SALTbot to increase visibility and dissemination of scientific articles and their software in knowledge graphs.
Research Software is becoming a recognized first-class citizen to support and reproduce the results of scientific investigations. However, the link between software and their corresponding articles is often absent from Knowledge Graphs like Wikidata, thus making it challenging to retrieve implementations of existing papers. The purpose of this project is to present an approach to improve linking between articles and software.
This approach is implemented in SALTbot, the Software and Article Linker Toolbot, an implementation able to join scientific articles and the software they implement in any Wikibase instance. In addition, SALTbot will automatically describe software and article entities with metadata.
Furthermore, this project will also aim to link software in repository datasets with their corresponding articles in Wikidata, provide insights about the results of said linking and make indications about how to use SALTbot to increase visibility and dissemination of scientific articles and their software in knowledge graphs. Read More
Related posts:
RepoFromPaper: an approach to extract software code implementations from scientific publications
Comparing Traditional Teaching and Game-Based Learning Using Teacher-Authored Games on Computer Science Education
Danone aiming to scale up precision fermentation with aid of partners
Are Educational Escape Rooms More Effective Than Traditional Lectures for Teaching Software Engineering? A Randomized Controlled Trial
Peterbilt introduces innovative digital vision system-mirrors
“Important Enough to Show the World”: Using Authentic Research Opportunities and Micropublications to Build Students’ Science Identities