- From: M. Scott Marshall <marshall@science.uva.nl>
- Date: Fri, 23 Jan 2009 19:27:22 +0100
- To: public-owl-comments@w3.org
- CC: Colin Batchelor <BatchelorC@rsc.org>, Michel Dumontier <michel.dumontier@gmail.com>
Dear OWL folks, I greatly appreciate the many improvements offered by OWL 2 and see many benefits for the Health Care and Life Sciences Interest Group (HCLS IG) from your use cases. Some that I have spoken to would like to apply it before commenting. A few of my favorite new features are: * Property chain inclusion (directly applicable to the HCLS domain, as you probably are aware) * Local reflexivity (can now define a chemical ring, although I defer to chemist opinions on this such as Egon (already commented), Colin?, Michel?) * Qualified Cardinality (histone example: a H3K4m3 has been methylated exactly 3 times) * The new reflexive, irreflexive, and asymmetric property axioms * Features that increase compatibility of OWL 2 with OBO and SNOMED! Thank you for your excellent work! HCLS IG has a few applications where rules are used in combination with OWL/RDF. In general, being able to build OWL out of RIF is an appealing form of interoperability. So, I have some concerns about the fact that in RIF the xsd numeric types have disjoint value spaces (as in XSD1.1, unlike current OWL 2 drafts). I am also concerned to learn that there are different data types in RIF versus OWL. For example, maybe OWL-RL could be implemented on top of RIF, but this could become impractical if there are data type issues. I hope that the data type issues between OWL and RIF can eventually be resolved. BTW, it would be useful to have a short overview of the document set that briefly explains the content/purpose of each document. Best, Scott Typo in http://www.w3.org/TR/owl2-new-features/ : E.g.; a frontal lobe is part of a brain memisphere or a car is part of a car memisphere -> hemisphere P.S. Handy for HCLS folks!: Property chain inclusion (from RequirementsDraft): SubPropertyOf( PropertyChain( locatedIn partOf ) locatedIn ) (UC#7) If x is locatedIn y, and y is partOf z, then x is locatedIn z; for example a disease located in a part is located in the whole. -- M. Scott Marshall http://staff.science.uva.nl/~marshall http://adaptivedisclosure.org
Received on Friday, 23 January 2009 18:28:16 UTC