moving an existing project into another domain, or
maintaining your project for a long period of time,
you somehow need to find interoperable, relevant and trustworthy datasets. Today, this is a manual task. Automating this task requires a discovery mechanism, which on the Web today is an unsolved problem.
Example cases:
Setting up a new route planner.
Moving digital twin software from one city to another.
Creating a dashboard of a certain indicator, adding more data when it becomes available.
Impact and Importance
Automating data discovery should reduce the costs for:
setting up a new project
bringing the project into another context
maintaining the project over time
Desired Solution
A language to express the criteria for a dataset to enter your project, based on: the shape or schema used (e.g., SHACL), the provenance (e.g., only datasets that originate from X or Y), geo-temporal extent, usage conditions, etc.
A data model for Web-based storage system or data catalog so that the criteria can be evaluated.
An algorithm to evaluate 1 over 2
Acceptance Criteria
A specification is available of the language with examples on how to express datasets relevant to your application
A data model specification is available
A reference implementation of the algorithm can be tested
References and Resources
Describing a data catalogs and their datasets with e.g., geotemporal aspects: DCAT
Challenge Description
When
you somehow need to find interoperable, relevant and trustworthy datasets. Today, this is a manual task. Automating this task requires a discovery mechanism, which on the Web today is an unsolved problem.
Example cases:
Impact and Importance
Automating data discovery should reduce the costs for:
Desired Solution
Acceptance Criteria
References and Resources