Changes between Version 3 and Version 4 of OpenBioSemantics
- Timestamp:
- 2008/02/12 12:01:20 (17 years ago)
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OpenBioSemantics
v3 v4 9 9 = Summary of Day 1 Discussions (11th Feb. Afternoon !AcademyHills) = 10 10 11 == Preliminary Observations ==11 == Preliminary Observations: Framing the Problem == 12 12 13 13 Cathedral versus the Bazaar: the global community of bioinformatics are struggling with the issue of semantics, and various formalisms are currently being used to capture such semantics, i.e. 14 14 15 * '''Formal Code Implementations:''' expressed as a body of computer code (e.g. [http://www.open-bio.org/wiki/Main_Page OpenBio*] initiatives) 15 16 * '''Object models:''' expressed in UML (e.g. OMG style "Model Driven Architecture" using Unified Modeling Language (UML)) 16 17 * '''Ontology initiatives:''' … … 19 20 * '''XML Schema driven languages:''' EMBRACE WS-I, !BioCase, Tapir, etc. 20 21 * '''Common Database Schemata and Queries:''' BioSQL, [http://www.gmod.org Generic Model Organism (GMOD) Chado], [http://www.icis.cgiar.org International Crop Information System], etc. 22 23 At this meeting, a general desire is being expressed to achieve interoperability, at least, between OpenBio* initiatives generally, and more specifically, between OpenBio* and web services protocols like BioMoby and EMBRACE. 24 25 An addition targeted need is simply to harmonize specific ontology pertinent to key interoperability technology. A specific example of such a need (from M. Wilkinson) is the harmonization of [http://www.biomoby.org BioMoby] and [http://www.mygrid.ac.uk myGrid] service ontology. 26 27 It is generally agreed that semantics is a hard community problem ("herding the cats") but can be made tractable by "divide and conquer" (witness the relative success of GO and other similar ontology development communities). 28