Difference between revisions of "The Future of the Foundational Model of Anatomy"

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Cornelius)  
 
Cornelius)  
 
:11:00    Requirements brought in from OBO Foundry/Semweb (Alan)  
 
:11:00    Requirements brought in from OBO Foundry/Semweb (Alan)  
:11:15-11:30     The FMA and its ontological commitment(s) (Stefan)  
+
:11:15    The FMA and its ontological commitment(s) (Stefan)  
  
 
'''Review and discussion of current approaches'''
 
'''Review and discussion of current approaches'''
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:3:15    Who's using FMA, and how? - Onard Mejino  
 
:3:15    Who's using FMA, and how? - Onard Mejino  
 
:3:45      Presentation of specific challenges - Onard Mejino  
 
:3:45      Presentation of specific challenges - Onard Mejino  
Discussion sections addressing issues identified 
 
above, focused on cardiovascular system as exemplar
 
 
:4:15      Single/Multiple inheritance and inferred hierarchies  
 
:4:15      Single/Multiple inheritance and inferred hierarchies  
     Problem: Single inheritance hierarchy prohibits multi-supertype  
+
     Problem: Single inheritance hierarchy prohibits multi-supertype assignments.  
assignments.  
 
 
     Examples:  
 
     Examples:  
         - primary incisor tooth can be a subtype of either incisor  
+
         - primary incisor tooth can be a subtype of either incisor tooth or primary tooth  
tooth or primary tooth  
+
         - right female breast can be a subtype of female breast or right breast  
         - right female breast can be a subtype of female breast or  
+
         - proximal phalanx of thumb can be a subtype of either phalanx of thumb or proximal phalanx of finger  
right breast  
+
         - question: can OWL automatically infer one of the supertypes in the inferred hierarchy  
         - proximal phalanx of thumb can be a subtype of either  
 
phalanx of thumb or proximal phalanx of finger  
 
         - question: can OWL automatically infer one of the supertypes  
 
in the inferred hierarchy  
 
  
 
'''Friday, November 13'''
 
'''Friday, November 13'''
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             Biatrial part and biventricular part  
 
             Biatrial part and biventricular part  
 
             T7, T8, T9, T10 parts  
 
             T7, T8, T9, T10 parts  
These are all valid regional parts but the slot has regional part can 
+
    These are all valid regional parts  
only accommodate one context, in the case of the FMA it’s the 
 
classical anatomical representation and the rest are relegated to the 
 
attributed slot attributed part because it would be inappropriate to 
 
create has regional part 1, has regional part 2 and has regional part 
 
3 slots
 
 
:9:45              Review of relations and their usage.  
 
:9:45              Review of relations and their usage.  
 
   - Axiomization  
 
   - Axiomization  
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:2:00 Technical methods to achieve interoperability and orthogonality:  
 
:2:00 Technical methods to achieve interoperability and orthogonality:  
 
:2:10 OWL Modularity – Uli Sattler   
 
:2:10 OWL Modularity – Uli Sattler   
:2:20 Ontology views – Todd Detwiler (10 min)
+
:2:20 Ontology views – Todd Detwiler  
:2:30      Cross-references and semantic web linking methods – Alan  
+
:2:30      Cross-references and semantic web linking methods – Alan Ruttenberg
Ruttenberg
 
  
 
:3:00 Break  
 
:3:00 Break  
 
:3:30-5:00      Discussion, action items, and future plans – Jim Brinkley, Alan Ruttenberg, Olivier Bodenreider  
 
:3:30-5:00      Discussion, action items, and future plans – Jim Brinkley, Alan Ruttenberg, Olivier Bodenreider  
 
:5:00    Closing remarks Cornelius Rosse, Mark Musen, Barry Smith
 
:5:00    Closing remarks Cornelius Rosse, Mark Musen, Barry Smith

Latest revision as of 09:20, 14 February 2012

Date: November 12-13, 2009

Venue: Stanford University

Organizers: Onard Mejino, Natasha Noy, Alan Ruttenberg


Agenda

Thursday, November 12

Preliminaries

8:30 Welcome - Mark Musen, Barry Smith, Cornelius Rosse
9:00 Short introductions by participants
9:15 Objectives of the FMA group for the meeting - Jim Brinkley
9:30 Presentation by FMA group explaining semantics, deficiencies in

current representation, questions and targets for OWL (Onard and Cornelius)

11:00 Requirements brought in from OBO Foundry/Semweb (Alan)
11:15 The FMA and its ontological commitment(s) (Stefan)

Review and discussion of current approaches

11:30 Current approaches to translation - Christine Golbreich
12:05 Current approaches to translation - Natasha Noy
12:40 Lunch
1:30 Current approaches to translation - Chris Mungall
2:10 Introduction to OWL 2 and its features - Uli Sattler
2:50 Break

Details

3:15 Who's using FMA, and how? - Onard Mejino
3:45 Presentation of specific challenges - Onard Mejino
4:15 Single/Multiple inheritance and inferred hierarchies
    Problem: Single inheritance hierarchy prohibits multi-supertype assignments. 
    Examples: 
        - primary incisor tooth can be a subtype of either incisor tooth or primary tooth 
        - right female breast can be a subtype of female breast or right breast 
        - proximal phalanx of thumb can be a subtype of either phalanx of thumb or proximal phalanx of finger 
        - question: can OWL automatically infer one of the supertypes in the inferred hierarchy 

Friday, November 13

9:00

Representation of different contexts using the same relation.

    Examples: 
        - prostate can be regionally subdivided into different parts using different contexts; 
            a. classically into anterior lobe, median lobe, right lateral lobe, left lateral lobe and posterior lobe 
            b. histologically into peripheral zone, central zone, transition zone, and peri-urethral zone 
            c. surgically into right median lobe, left median lobe, right lateral lobe, left lateral lobe, right dorsal lobe and left dorsal lobe 
        - heart can subdivided into different contexts: 
            Right side and left side 
            Biatrial part and biventricular part 
            T7, T8, T9, T10 parts 
    These are all valid regional parts 
9:45 Review of relations and their usage.
  - Axiomization 
  - Use of Attributed/reified relationships 
     - Are they necessary? 
     - If necessary how to represent them in OWL 
10:30 Break
11:00 Post-Coordination
11:45 What can be inferred? Quality assurance - error and consistency checks

12:30 Lunch

Moving forward

1:30 Review of goals and outlines of possible solutions - Jim Brinkley
2:00 Technical methods to achieve interoperability and orthogonality:
2:10 OWL Modularity – Uli Sattler
2:20 Ontology views – Todd Detwiler
2:30 Cross-references and semantic web linking methods – Alan Ruttenberg
3:00 Break
3:30-5:00 Discussion, action items, and future plans – Jim Brinkley, Alan Ruttenberg, Olivier Bodenreider
5:00 Closing remarks Cornelius Rosse, Mark Musen, Barry Smith