Epstein Secrets

d B are characterized by relationships of the form Member C A, Member D B, etc. It is easy to see that, in the crisp case, where all MemberLinks and InheritanceLinks have strength 0 or 1, FOPLN reduces to standard propositional logic. Where inheritance is crisp but membership isn't, FOPLN reduces to higher-order

uctionRule. Its input must look like X_Link A B X_Link B C And its output then looks like X_Link A C Here, X_Link may be either InheritanceLink, SubsetLink, ImplicationLink or Extension- allmplicationLink. A PLN formula goes along with a PLN rule, and tells the uncertain truth value of the output, base

sorimotor network will naturally possess hierarchical conceptual relationships, and will thus naturally grow hier- archical links between them (e.g. InheritanceLinks and IntensionalinheritanceLinks via PLN, AsymmetricHebbianLinks via ECAN). EFTA00624057 15 Emergent Networks of Intelligence artefact Fig. 15.2

obvious meaning, e.g. ConceptNode cat ConceptNode animal SubsetLink cat animal EFTA00624024 13.3 Atoms: Their Types and Weights 249 Note that SubsetLink refers to a purely extensional subset relationship, and that Inheri- tanceLlnk should be used for the generic "intensional + extensional" analogue of

nsorimotor network will naturally possess hierarchical conceptual relationships, and will thus naturally grow hier- archical links between them (e.g. InheritanceLinks and IntensionalInheritanceLinks via PLN, AsymmetricHebbianLinks via ECAN). HOUSE_OVERSIGHT_013197 282 15 Emergent Networks of Intelligence Fig. 15

meaning, e.g. ConceptNode cat ConceptNode animal SubsetLink cat animal HOUSE_OVERSIGHT_013164 13.3 Atoms: Their Types and Weights 249 Note that SubsetLink refers to a purely extensional subset relationship, and that Inheri- tanceLInk should be used for the generic "intensional + extensional" analogue of