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Understanding .SHAKEN Technology in Concept Maps: Tools for Knowledge Organization

This document explores the .SHAKEN technology in EELD Concept Maps, highlighting how these tools assist in organizing and representing knowledge. Concept maps represent ideas with concepts enclosed in shapes and relationships indicated by connecting lines. They serve as a means to communicate propositions, which are statements about objects or events. This guide includes examples of concept relationships and discusses their application within .SHAKEN for effective knowledge building, emphasizing the role of graphics to illustrate ideas clearly.

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Understanding .SHAKEN Technology in Concept Maps: Tools for Knowledge Organization

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  1. SHAKEN technology in EELD

  2. Concept Maps • Concept Map: tools for organizing and representing knowledge. They include concepts (usually enclosed in circles or boxes), and relationships between concepts or propositions (indicated by a connecting line between two concepts). • Concept: concept as a perceived regularity in events or objects, or records of events or objects, designated by a label. • Proposition: Propositions are statements about some object or event in the universe, either naturally occurring or constructed. Propositions contain two or more concepts connected with other words to form a meaningful statement • Relationships in Concept Maps can be interpreted as Link in the context of EELD

  3. Concept Map Example (or Meta-Example)

  4. Use of Concept Maps • No semantic associated • Tool for communication of ideas

  5. RKF / SHAKEN Context

  6. Concept Maps and Shaken • Graphically illustrate knowledge • Use as a tool to build knowledge • Semantics are imposed (slots are represented like links, frames like concepts) Concept  CMap

  7. Shaken Concept Map Example

  8. Corresponding Axioms (Virus has (superclasses (Living-Entity)) (test-case ())) (every Virus has (has-part ((a Protein-Coat) (a Viral-Nucleic-Acid with (is-inside ((the Protein-Coat has-part of Self)))))))

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