Unification Extension to Relational Semantics

Entities in the same semantic neighborhood but without a typed relation to this one — candidates for new edges or unrecognized duplicates.

• Graphical expression of semantic relationsconcept0.738
  Core principle that spatial positioning, proximity, and graphical features constitute a meaning-making system independent of textual content.
• Semantics might emancipate itself from its traditional focus on interpreting syntax and become a more autonomous study of the fundamental structures of Informatics.concept0.732
  Vision statement for Information Dynamics as emerging field transcending traditional computer science semantics.
• The unification of process and data creation means that we can organize collections of processes into 'live data structures'.claim0.716
  Explains a key consequence of generative communication.
• TAME proposes a conceptual unification that would facilitate porting of tools across disciplines and model systems.claim0.712
• "Expressing delegation as a pair of β-transformations on keys in an associative memory emphasises a fundamental symmetry of the delegation mechanism that is ignored by most object-oriented programming languages."concept0.708
• Laws for free from semantic homomorphism.claim0.704
• unification of read and write into a single statementmethod0.702
  The primitive operations can be expressed as a single statement m[k1,...,kn, v] for write and v = m[k1,...,kn, ?] for read, suggesting relational applicability.
• If a semantic function is a homomorphism with respect to a type class, the implemented instance automatically satisfies the class laws.hypothesis0.701
  Core hypothesis enabling 'laws for free': denotational semantics guarantee algebraic law satisfaction.