1. A Superstructure for Organizing Family History Information David W. Embley Scott N. Woodfield

2. Often a computer is little more than an electronic filing clerk. 2

3. To make computers do more (especially for family history), they must: Automatically process – Certainty information – Conflicting information Support – Evidence-based family history research – Automated collaboration Provide automated research guidance 3

4. Our solution is inspired by how people think. gather information conceptualize 4

5. A Proposed Superstructure Seven Layers* – Symbol – Class – Information – Knowledge – Evidence – Communication – Action Wisdom * Charles T. Meadow and others 5

6. Our Story 6

7. Symbol Doc. Found: 6 Mar 2014 7

8. Symbol Doc. Found: 6 Mar 2014 symbol A- facsimile 8

9. Class BloodType external repesentation: \b(A+|A-|B+|B-|AB+|AB-|O+|O-)\b context keywords: \b[Bb]lood\s[Tt]ype\b Input method: BloodTypeToString Output method: StringToBloodType Operator methods: CanDonateTo(x:BloodType, y:BloodType) returns (Boolean) end; 9

10. Class BloodType external repesentation: \b(A+|A-|B+|B-|AB+|AB-|O+|O-)\b context keywords: \b[Bb]lood\s[Tt]ype\b input method: BloodTypeToString output method: StringToBloodType operator methods: CanDonateTo(x:BloodType, y:BloodType) returns (Boolean) end regular-expression recognizer for reading text read & store write to text operate/compute 10

11. Information 11

12. Information functional constraint relationship set Generalization/specialization, “isa” constraint 12

13. Knowledge Doc. Found: 6 Mar 2014 13

14. Knowledge Doc. Found: 6 Mar 2014 x1x1 A- B- meta-information connection soft constraint constraint violation 14

15. Evidence Doc. Found: 6 Mar 2014 15

16. Evidence Doc. Found: 6 Mar 2014 formal informal formal 16

17. Evidence Doc. Found: 6 Mar 2014 formal informal formal Person(x 1 )-BloodType(x 2 ), Person(x 3 )-BloodType(x 4 ), Person(x 5 )-BloodType(x 6 ), Child(x 1 )-Person(x 3 ), Person(x 3 )-Gender(‘F’), Child(x 1 )-Person(x 4 ), Person(x 4 )-Gender(‘M’), Probability(x 7 )-of-ChildBloodType(x 2 )-and- MotherBloodType(x 4 )-FatherBloodType(x 6 ), -> Certainty(x 7 )---Person(x 1 )-BloodType(x 2 ) Reasoning with the evidence: x1x1 B- 0.0 17

18. Communication 18

19. Communication write & sendreceive & read 19

20. Communication write & sendreceive & read model structure: Probability[1:*] of ChildBloodType[1:*] for MotherBloodType[1:*] and FatherBloodType[1:*] end; model instance: Probability(93.75%) of ChildBloodType(A-) for MotherBloodType(A-) and FatherBloodType(A-); Probability(6.25%) of ChildBloodType(O-) for MotherBloodType(A-) and FatherBloodType(A-); … end; receive & read 20

21. Action 21

22. Action 22 automatic information gathering triggered on arrival of information

23. Wisdom The proper application of – Knowledge – Evidence (Truth) – Communication – Action When Properly Applied – Record and process richer information – Perform evidence-based reasoning – Collaborate effectively – Semi-automate family history research Upper 4 superstructure layers } 23