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Domain-Independent Concepts

Top-down describe clusters of actions common to all domains (says us) Bottom-up prime the pump test the hypothes es guide construction of the upper levels. Tangible-Entity. Intangible-Entity. Action. State. Substance. Object. …. Place. …. Endocytose. Absorb.

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Domain-Independent Concepts

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  1. Top-down describe clusters of actions common to all domains (says us) Bottom-up prime the pump test the hypotheses guide construction of the upper levels Tangible-Entity Intangible-Entity Action State Substance Object … Place … Endocytose Absorb Domain-Independent Concepts Value Slot Entity Event Cliché Transfer Move Create … Phagocytose Pinocytose Domain-Specific Concepts

  2. Presentation continues with brief description of the slot language used in all components view of the current component library browser sample of specifications/KM code

  3. Purpose: to exercise our Component Library Selected a two-paragraph description of RNA Transcription from our biology textbook Searched our Component Library (and Slot Dictionary) for generic actions and roles that a SME could use to describe this scenario Found new action types to add to Library, refinements to Slot Dictionary, representation issues to work on RNA Transcription Scenario

  4. Using the Component Library Collide Adhere Slide Encounter Move Bind Separate subevents Move Copy Match Halt Repeat Bind Release Encounter Connect Detach

  5. Roles for Bind Action temporally-met-by Encounter Bind Move temporally-met-by, enabled-by enabled-by location destination object Copy Promoter DNA Polymerase part-of

  6. KM Code for Bind Action (a Bind with (object ((the RNA-Polymerase))) (destination ((the DNA))) (location ((the Promoter))) (temporally-met-by ((the Encounter))) (enabled-by ((the Encounter))) )

  7. Enter: “cause oneself to move into an enclosure” Bathe: “wash oneself” Refrain(-from): “restrain oneself (from doing something)” Enterisa: Move-Intoagent: = objectobject: = agent Batheisa: Washagent: = objectobject: = agent Refrainisa: Restrainagent: = objectobject: = agent An Example of Non-Taxonomic Composition…

  8. Groom Move Obstruct … Groom Move Obstruct … Go-To Move-To …Non-Taxonomic Composition… Action Reflexive-Action Non-Reflexive-Action Bathe Refrain Wash Restrain Enter Move-Into

  9. Move Obstruct Go-To Move-Into Refrain …Non-Taxonomic Composition… Action Reflexive-Action Groom … Wash Move-To Restrain Bathe Enter

  10. …Non-Taxonomic Composition Cliché Action Part-Ascension Reciprocal Reflexive … Groom Move Obstruct … Wash Move-To Restrain Bathe Go-To Move-Into Refrain Enter Collide Kiss

  11. The difference between many concepts is often a small number of axioms and/or slots These differences are a pattern repeating throughout the taxonomy The patterns are somehow less semantically complete than other concepts, yet they are not semantically incoherent “Clichés”

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