The ontology contains generic individuals as instances of s4watr:Water. It is better to have them as instances of a WaterKind class.
PROPOSAL:
Changes have to be performed in the OWL code, TS, diagrams, documentation and examples
Related to saref-portal#89
It was decided that SAREF ontologies should import SAREF ontologies when relevant and definitions should not be copied.
PROPOSAL:
Changes have to be performed in the OWL code.
Related to saref-portal#41
It was decided to rename the GeoSPARQL prefix to "geo".
PROPOSAL:
Changes have to be performed in the OWL code, TS, diagrams, documentation and examples.
Related to saref-portal#51
Maxime Lefrançois (1903a7ac) at 05 Mar 12:24
Merge branch 'prerelease-v1.1.1' into 'release-v1.1.1'
... and 2 more commits
Maxime Lefrançois (ab023b1f) at 05 Mar 12:23
change link to saref-pipeline
Maxime Lefrançois (4a1ebacd) at 05 Mar 12:21
set rdfs:seeAlso to TS
The following terms are deprecated:
PROPOSAL:
Changes have to be performed in the OWL code, TS, diagrams, documentation, tests and examples
SAREF now includes new properties to specify more clearly the time in which some phenomenon happens. One of them was already used in SAREF4WATR with the same definition.
PROPOSAL:
Changes have to be performed in the OWL code, TS, diagrams, documentation, tests and examples
Related to saref-portal#88
SAREF now includes the saref:hasResult property to represent observation results.
PROPOSAL:
Changes have to be performed in TS, diagrams, documentation and examples
SAREF now includes new properties actsUpon/observes/control (and their inverses) and will deprecate other properties now used in the extension.
PROPOSAL:
Changes have to be performed in the OWL code, TS, diagrams, documentation and tests.
Related to saref-portal#37, saref-portal#32
In the Digital-Water.city project, a use case is using statistical models for predicting the water quality in the river. The predicted measurements should be associated with different percentiles with cardinality 1..* (e.g., a predicted value of 0.3 (in the range 0-1) at percentile 50, another prediction of 0.4 at percentile 97.5) and it should be possible to describe a conclusion from the prediction stating the overall water quality using an enumerated value ("Excellent", "Good", "Sufficient", "Poor"). A sketch of a possible solution is enclosed:
Maxime Lefrançois (8c2be473) at 26 Jul 10:12
Merge branch 'prerelease-v1.1.1' into 'release-v1.1.1'
... and 2 more commits
Maxime Lefrançois (95fca6c3) at 26 Jul 09:49
clone projects from labs.etsi.org