Method — Semantic Validation

Definition, scope boundary, and structural model.

Definition

Semantic validation is a structural method for evaluating whether the meaning of a given input is consistent, coherent, and aligned with defined semantic expectations.

Evaluation is performed within a defined semantic context, where interpretations, relationships, and conceptual structures determine whether an input satisfies semantic validity conditions.

Scope Boundary

Included

Validation of meaning and semantic consistency
Interpretation of inputs within defined semantic context
Detection of semantic contradictions or inconsistencies
Alignment with conceptual or ontological structures
Cross-representation semantic equivalence

Excluded

Syntax or format validation
Schema or structural validation
Regulatory or legal interpretation
Implementation-specific validation methods
Subjective or opinion-based evaluation

Structural Phase Model

Phase 1 — Input Interpretation

An input is interpreted within a defined semantic context, including relevant concepts, entities, and relationships.

Phase 2 — Context Alignment

The interpreted meaning is aligned with established semantic structures, definitions, or reference models.

Phase 3 — Consistency Evaluation

The system evaluates whether the input is semantically coherent and free of contradictions within the defined context.

Phase 4 — Validation Outcome

A determination is made as to whether the input satisfies semantic validity conditions or fails to meet defined semantic expectations.