Tuesday, December 30, 2003
A Generalization Hierarchy of Theories
From topicmapmail: via Murray Altheim
~-----------------------------------------------------------------~ | | | Tautologies | | ________/ | \________________ | | / | \ \ | | / | \ \ | | Antisymmetry | \ Symmetry | | \ | \ / | | \ Transitivity Reflexivity / | | \ / \ / | / | | \ / \/ | / | | \ / /\ | / | | \ / / \ | / | | PartialOrdering Equivalence | | / \ | | / \ | | Trees Lattices | | \ / \_______________ | | \ / | \ \ | | \ / | \ \ | | LinearOrdering Theories Types Collections | | / \ ___________/ \ | | / \ / \ | | Sequences Numbers Sets Mereology | | \ / \ / \ / | \ | | \ / \ / \ / | \ | | Integers Reals ZF-Sets VNGB-Sets / | \ | | / | \ | | Discrete Lumpy Continuous | | | ~-----------------------------------------------------------------~ Figure 2.14: A generalization hierarchy of theories from "Knowledge Representation", John Sowa (p.95)
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