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ViCoS and ‘non-linguistic’ relations: Visualizing Kinship Systems

ViCoS and ‘non-linguistic’ relations: Visualizing Kinship Systems. Carolina Pasamonik (University of Cologne) ‏ DoBeS Team Beaver. Structure of the talk:. I. Ideas & Goals II. Overview Beaver Kinship & Social Organization III. ViCoS for representation of kinship data IV. ViCoS Wishlist.

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ViCoS and ‘non-linguistic’ relations: Visualizing Kinship Systems

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  1. ViCoS and ‘non-linguistic’ relations: Visualizing Kinship Systems Carolina Pasamonik (University of Cologne)‏ DoBeS Team Beaver

  2. Structure of the talk: • I. Ideas & Goals • II. Overview Beaver Kinship & Social Organization • III. ViCoS for representation of kinship data • IV. ViCoS Wishlist

  3. I. Ideas & Goals Why deal with Kinship Systems? - unstructured knowledge space kinship system as central point combined with cultural, linguistic, historical, biographical and geographical information

  4. I. Ideas & Goals Why deal with Kinship Systems? - important speaker information

  5. I. Ideas & Goals Why deal with Kinship Systems? - important speaker information - not for community work

  6. I. Ideas & Goals Why deal with Kinship Systems? - important speaker information - not for community work - scientific explorations and analyses - anthropological surveys - ethnographies

  7. I. Ideas & Goals Why deal with Kinship Systems? - important speaker information - not for community work - scientific explorations and analyses - anthropological surveys - ethnographies - women’s points of view

  8. I. Ideas & Goals Why deal with Kinship Systems? - important speaker information - not for community work - scientific explorations and analyses - anthropological surveys - ethnographies - women’s points of view - linguistic research - linguistic variation - kinship terms

  9. II. Beaver Kinship System Kinship in general: - kinship behaviour does not have to be isomorphic with the terminological structure - kin systems are subject to time and other external factors

  10. II. Beaver Kinship System Living conditions correlate with kinship and social system

  11. II. Beaver Kinship System Living conditions correlate with kinship and social system consequences: - flexible organization

  12. II. Beaver Kinship System Living conditions correlate with kinship and social system consequences: - flexible organization - local group size

  13. II. Beaver Kinship System Living conditions correlate with kinship and social system consequences: - flexible organization - local group size - exogamy alternatives

  14. II. Beaver Kinship System Dravidian Kinship Type - four semantic dimensions: sex relative age generation crossness

  15. II. Beaver Kinship System Dravidian Kinship Type - four semantic dimensions: sex relative age generation crossness

  16. II. Beaver Kinship System Dravidian Kinship Type - four semantic dimensions: sex relative age generation crossness - crossness category ego generation & adjacent ones (+1/-1 generations)‏ distinction parallel & cross relatives

  17. II. Beaver Kinship System Marriage Patterns Crossness defined by a linking cross-sex relative: FB MB ∞ ∞ ∞ male ego ∞ FBS = II MBS = X FBD = II MBD = X

  18. II. Beaver Kinship System Marriage Patterns Terminology in the Beaver System: ∞ ∞ ∞ ∞ ashidle – “y.brother” tłasee – “cousin / in-law” ashtéédzéʼ – “y.sister” ságeʼ̨ – “cousin / in-law”

  19. II. Beaver Kinship System Marriage Patterns Terminology in the English System: ∞ ∞ ∞ ∞ cousin cousin cousin cousin

  20. II. Beaver Kinship System Marriage Patterns Ideal constellation: sibling pairs ∞ ∞ - preference for bilateral cross cousin marriage

  21. II. Beaver Kinship System Marriage Patterns Ideal constellation: ∞ ∞ - preference for bilateral cross cousin marriage - system not corresponding to actual relatives - concepts of “cross (marriageable)” vs. “parallel” relative

  22. II. Beaver Kinship System Marriage Patterns Ideal constellation: ∞ ∞ - preference for bilateral cross cousin marriage - system not corresponding to actual relatives - concepts of “cross (marriageable)” vs. “parallel” relative - classificatory vs. descriptive terms

  23. III. ViCoS Workflow 1. Toolbox Template for LEXUS

  24. III. ViCoS Workflow 1. Toolbox Template for LEXUS \lx speaker name \lname last name \mname maiden name \bd birthday \lg languages \fra from area

  25. III. ViCoS Workflow 1. Toolbox Template for LEXUS possible fields: \cd code \lingpal linguistics / palatalization \lingvar linguistics / variation \lingmisc linguistics / miscellaneous ...

  26. III. ViCoS Workflow 1. Toolbox Template for LEXUS \esib elder sibling \ysib younger sibling \1ch first child \2ch second child \3ch third child ...

  27. III. ViCoS Workflow 2. Starting Point in ViCoS

  28. III. ViCoS Workflow 2. Starting Point in ViCoS

  29. III. ViCoS Workflow 2. Starting Point in ViCoS

  30. III. ViCoS Workflow 3. Relation Types Manager

  31. III. ViCoS Workflow 3. Relation Types Manager

  32. III. ViCoS Workflow 3. Relation Types Manager Relations needed for representing kinship systems: I. symmetric relation A related to B and B related to A in the same way e.g. spouses (/ siblings)‏ II. functional relation for each A there is a single B in its range e.g. mother of / father of

  33. III. ViCoS Workflow 3. Relation Types Manager

  34. III. ViCoS Workflow 5. Editor & Navigator

  35. III. ViCoS Workflow 5. Editor & Navigator

  36. III. ViCoS Workflow 5. Editor & Navigator

  37. III. ViCoS Workflow 5. Editor & Navigator

  38. III. ViCoS Workflow 5. Editor & Navigator

  39. III. ViCoS Workflow 5. Editor & Navigator

  40. III. ViCoS Workflow 5. Editor & Navigator speaker name geo I lingpal I lingvar I sp.info

  41. III. ViCoS Workflow 5. Editor & Navigator

  42. III. ViCoS Workflow 5. Editor & Navigator

  43. III. ViCoS Workflow 5. Editor & Navigator: Variation Patterns

  44. IV. ViCoS Wishlist general: - automatically created relations (using toolbox file)‏ - automatically generated relations (e.g. transitive relation)‏ - “save” button for arrangements - re-import into toolbox - off line version - links to archive - export function (e.g. .jpg)‏ - display of more than one focused entry - use other data categories as main / visible category - partitioned pop-up windows‏ - show only subset of relations (e.g. only symmetric relations)‏ - staggered lines for multiple relations between two entries

  45. IV. ViCoS Wishlist specific: - symbols for female / male (circle / triangle)‏ - additional coloured symbols (e.g. for variation patterns)‏ - automatically generated kinship relations, e.g. cross cousin relation (MBS / MBD / FZS / FZD)‏ - links to archive (based on speaker, link to e.g. biographical stories)‏ - show only subset of relations (e.g. only palatalization patterns)‏ - use other data categories (e.g. code)‏ as main / visible category - partitioned pop-up windows, also for relations

  46. III. ViCoS Workflow 5. Editor & Navigator: Variation Patterns = tuu = tyuu = chuu

  47. III. ViCoS Workflow 5. Editor & Navigator: Variation Patterns

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