Guideline
Terminology on Axiomatism.com is organized according to the following international standards. These guidelines provide the logical foundation for term definitions, neologism justification, data structures, formal notation, and meaning integration.
1. Dictionary and Terminology Standards (ISO Standards)
International standards for how to describe definitions and metadata of terms.
- ISO 1087Terminology work — Vocabulary
The foundational standard for terminology. Defines how concepts, definitions, and designations relate. Forms the logical basis for the Axiomatism.com glossary.
- ISO 704Terminology work — Principles and methods
Principles for creating and defining new terms. Provides the backbone for justifying the derivation of terms from "Axiom-".
- ISO 16642TermBase eXchange (TBX)
An XML format for exchanging dictionary data between systems. Useful when databaseizing the "Axiom glossary" in the future.
- ISO 639Language code — Alpha-2
International standard for language codes. Page URLs follow ISO 639-1 Alpha-2 codes (lowercase) in /{lang}/{page} format. Examples: /en, /ja, /vi, /en/guideline, /ja/framework.
2. Natural Language Grammar and Structure Standards
Standards for formalizing word-formation rules such as "Axiom-atic" and "Axiom-omorphism".
- ISO 24613LMF: Lexical Markup Framework
A common model for dictionaries in NLP. The standard for describing combinations of stems (Axiom) and affixes (-atic, -omorphism) as data structures.
- ISO 24610Feature Structures
A standard for describing attributes of linguistic fragments (morphemes and meaning). Examples: attributes like [Category: Noun, Aspect: Intuitive] for "Axiom-ness".
3. Mathematical and Logical Notation (Formal Standards)
Formal language standards for describing the Langlands program and physics connections.
- ISO 80000-2Mathematics
International standard for symbolic notation of formulas, variables, functions, sets. Defines usage of symbols (∀, ∃, ∈, etc.) when describing axiomatic systems.
- Common LogicISO/IEC 24707
A framework for exchanging information between different logical systems (e.g., number theory and geometry). Closely related to the formal implementation of Axiom-omorphism.
4. Semantic Web (Meaning Integration)
Standards for defining concepts on the web and connecting them with others.
- RDFResource Description Framework
A W3C standard for describing knowledge as triples ("A is B").
- OWLWeb Ontology Language
RDF-compatible with support for complex logical relations ("A is a subclass of B", "A and B are equivalent"). Example: Axiom-omorphism is a property that maps Number Theory to Physics.