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The study aims to define entity integrity and identify common failure modes in AI knowledge graphs.

April 16, 20260 citationsOpen Access

Entity Integrity: Maintaining Accurate Representation in AI Knowledge Graphs

Key Points

The study aims to define entity integrity and identify common failure modes in AI knowledge graphs.
Defined entity integrity and related concepts.
Cataloged five failure modes affecting entity representation.
Proposed a Metadata Packet for enhancing AI indexing.
Provided a worked example using the Lee Sharks Knowledge Graph.
Outlined five key failure modes: Entity Collision, Entity Fragmentation, Attribution Drift, Category Absorption, and Temporal Collapse.
Demonstrated how the Metadata Packet can help maintain entity integrity.
Illustrated the application of disambiguation in a specific knowledge graph example.

Abstract

EA-EI-01 — Practice definition for Entity Integrity: ensuring AI systems represent an entity as a distinct, correctly attributed node. Catalogs five failure modes: Entity Collision, Entity Fragmentation, Attribution Drift, Category Absorption, Temporal Collapse. Fix: Metadata Packet for AI Indexing. Worked example: Lee Sharks Knowledge Graph (three-way disambiguation). Related disciplines: Retrieval Architecture, Retrieval Forensics, Compression Diagnostics, Metadata Packet for AI Indexing. Published in Transactions of the Semantic Economy Institute, Vol. 2, No. 5.

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