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| Regel 1: |
Regel 1: |
| | == What is Ricgraph? == | | == What is Ricgraph? == |
| − | What if... we look at research information as a graph? We would have relations
| + | Ricgraph, also known as Research in context graph, enables the exploration of researchers, teams, their results, collaborations, skills, projects, and the relations between these items. |
| − | between objects, we would be able to “walk”
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| − | from one object to another, and related objects would be neighbors.
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| − | For example, starting with a researcher, the publications
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| − | of this person are only one step away by following one edge,
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| − | and other contributors to that publication are again | |
| − | one step (edge) away.
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| | | | |
| − | With Ricgraph, you can create a
| + | Ricgraph can store many types of items into a single graph. These items can be obtained from various systems and from multiple organizations. Ricgraph facilitates reasoning about these items because it infers new relations between items, relations that are not present in any of the separate source systems. It is flexible and extensible, and can be adapted to new application areas. |
| − | [https://en.wikipedia.org/wiki/Graph_theory graph]
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| − | from research information that | |
| − | is stored in various source systems. You can
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| − | explore this graph and discover relations you were not aware of.
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| − | We have developed Ricgraph (Research in context graph)
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| − | because our university had a need to be able to show our researchers, | |
| − | their skills, (child) organizations (e.g. unit, department, faculty, university),
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| − | projects and research outputs (e.g. publications,
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| − | datasets, software packages) in relation to each other.
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| − | This information is stored in different systems, such as Pure, OpenAlex, Yoda,
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| − | the Research Software Directory, and our
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| − | organization’s employee pages.
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| | | | |
| − | By combining this information in one graph, it is possible to show
| + | To learn more about Ricgraph, go to www.ricgraph.eu. You may also want to read |
| − | research in context (hence the name). Ricgraph is a
| + | the reference publication: Rik D.T. Janssen (2024). Ricgraph: A flexible and extensible graph to explore research in context from various systems. ''SoftwareX'', 26(101736). https://doi.org/10.1016/j.softx.2024.101736. |
| − | graph that uses nodes and edges to represent objects and their relations. | |
| − | It can be used to store, manipulate and read
| |
| − | metadata of any object that has a relation to another object.
| |
| | | | |
| − | == Why Ricgraph? ==
| + | Extensive documentation, publications, videos and source code can be found in the [https://github.com/UtrechtUniversity/ricgraph Github repository]. |
| − | Ricgraph can answer questions like:
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| − | * Which researcher has contributed to which publication, dataset, software package, project, etc.?
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| − | * Given e.g. a dataset, software package, or project, who has contributed to it?
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| − | * What identifiers does a researcher have (e.g. ORCID, ISNI, organization employee ID, email address)?
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| − | * What skills does a researcher have?
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| − | * Show a network of researchers who have worked together?
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| − | * Which organizations have worked together?
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| − | | |
| − | Also, more elaborate information can be found using Ricgraph and Ricgraph explorer:
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| − | * You can find information about persons or their results in a (child) organization (unit, department, faculty, university). For example, you can find out what data sets or software are produced in your faculty. Or the skills of all persons in your department. Of course this is only possible in case you have harvested them.
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| − | * You can find out with whom a person shares research output types. For example, you can find out with whom someone shares software or data sets.
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| − | * You can get tables showing how you can enrich a source system based on other systems you have harvested. For example, suppose you have harvested both Pure and OpenAlex, using this feature you can find out which publications in OpenAlex are not in Pure. You might want to add those to Pure.
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| − | * You can get a table that shows the overlap in harvests from different source systems. For example, after a query to show all ORCID nodes, the table summarizes the number of ORCID nodes which were only found in one source, and which were found in multiple sources. Another table gives a detailed overview how many nodes originate from which different source systems. Then, you can drill down by clicking on a number in one of these two tables to find the nodes corresponding to that number.
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| − | | |
| − | With Ricgraph, you can get metadata from objects from any source system you’d like.
| |
| − | You run the harvest script for that
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| − | system, and data will be imported in Ricgraph and will be
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| − | combined automatically with data which is already there.
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| − | Ricgraph provides harvest scripts for the systems mentioned above.
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| − | Scripts for other sources can be written easily.
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| − | | |
| − | == More information ==
| |
| − | Read more at [https://doi.org/10.5281/zenodo.7524314 Ricgraph - Research in context graph], Rik D.T. Janssen (2023). Extensive documentation, publications, videos and source code can be found in the [https://github.com/UtrechtUniversity/ricgraph Github repository].
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| | [[Category:FAIR Research IT]] | | [[Category:FAIR Research IT]] |
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| | {{#seo: |keywords=graph, graph database, ricgraph, research in context graph, FAIR Research IT, research, Universiteit Utrecht, Utrecht University, UU, IT for Research}} | | {{#seo: |keywords=graph, graph database, ricgraph, research in context graph, FAIR Research IT, research, Universiteit Utrecht, Utrecht University, UU, IT for Research}} |
What is Ricgraph?
Ricgraph, also known as Research in context graph, enables the exploration of researchers, teams, their results, collaborations, skills, projects, and the relations between these items.
Ricgraph can store many types of items into a single graph. These items can be obtained from various systems and from multiple organizations. Ricgraph facilitates reasoning about these items because it infers new relations between items, relations that are not present in any of the separate source systems. It is flexible and extensible, and can be adapted to new application areas.
To learn more about Ricgraph, go to www.ricgraph.eu. You may also want to read
the reference publication: Rik D.T. Janssen (2024). Ricgraph: A flexible and extensible graph to explore research in context from various systems. SoftwareX, 26(101736). https://doi.org/10.1016/j.softx.2024.101736.
Extensive documentation, publications, videos and source code can be found in the Github repository.