Objective C - NFDI-wide Collaboration on Use Cases
Objective C - NFDI-wide Collaboration on Use Cases
GitHub Epic: https://github.com/nfdi-de/section-metadata-wg-onto/issues/30
Information about NFDICore ontology
- Github: NFDICore ontology
- Documentation: https://ise-fizkarlsruhe.github.io/nfdicore/
- Discussions related to NFDICore should be done here: https://github.com/ISE-FIZKarlsruhe/nfdicore/discussions
Available SPARQL endpoints
- NFDI4Culture (NFDICore ontology is used)
- NFDI4Chem
- NFDI-MatWerk (NFDICore ontology is used)
- NFDI4DataScience (NFDICore ontology is used) here also a SHMARQL endpoint is available
- NFDI4Memory provided using SHMARQL (NFDICore ontology is used)
- NFDI4Bioimage NFDICore ontology is used
- NFDI4Earth
- NFDI4Energy, see https://openenergyplatform.org/
- MaRDI
- NFDI4Microbiota
- NFDI4Objects
- NFDI4Cat to be added
- FAIRMAT to be added
- NFDI4Ing to be added (https://ingest.nfdi4ing.de/api/v1/sparql)
- GESIS KG (NFDICore ontology is used)
- ORKG
- Chemotion KG provided using shmarql (NFDICore ontology is used)
- Platform MaterialDigital - PMD KG
- KGI4NFDI Knowledge Graph Registry
- DALIA (NFDI learning materials)
- to be completed …
Available Knowledge Graphs
The KGI4NFDI base service has a registry at https://github.com/KGI4NFDI/kgi4nfdi_registry_data. Ideally all KGs used within NFDI should be registered there.
Use Case [1]: Bridging NFDI4Culture / NFDI4Chem Knowledge Graphs
See the blog post by @cthoyt that has been inspired by an invited talk by Torsten Schrade (NFDI4Culture) at the NFDI4Chem consortium’s 6th meeting in Mainz.
What we can do by bridging the 4Chem knowledge graph and 4culture knowledge graph? We can connect datasets in Chemotion electronic laboratory notebooks (ELNs) that annotate the instrument used for generation with depictions of those instruments in cultural heritage objects like paintings.
In sum the data journey described in the blog post does not work, but it depicts where improvement is necessary, which might form the foundation for further joint activities.
Summary of useful links provided in the blog post:
- Bioregistry is very helpful for resolving needed prefixes
- PyOBO is a library of reusable tooling to support ingesting new resources across domains in an ontology-like shape. It has been used in the present example to ingest Iconclass data, which appeared to be challenging.
- Simple Standard for Sharing Ontological Mappings (SSSOM) is a community standard for storing semantic mappings and giving access to standardized tooling for accessing, querying, and applying them.
- Ubergraph is an RDF triplestore and public SPARQL query endpoint, which includes a novel approach to precomputing OWL inferences. Thus, it can be used for integrating OBO ontologies into a unified semantic graph, see: https://zenodo.org/records/7249759 for more information.