Knowledge Graphs for LLMs: Harnessing Structured Intelligence for Smarter AI Systems: Graph Construction, Retrieval-Augmented Generation, and Semantic

Miller, Zhao

ISBN 13: 9798264455261

Editore: Independently published, 2025

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Dati bibliografici

• Titolo: Knowledge Graphs for LLMs: Harnessing Structured Intelligence for Smarter AI Systems: Graph Construction, Retrieval-Augmented Generation, and Semantic
• Editore: Independently published
• Data di pubblicazione: 2025
• Lingua: Inglese
• ISBN 13: 9798264455261
• Rilegatura: Brossura
• Condizione: New

Descrizione articolo

Riassunto

A professional, applied manual for designing, building, and operationalizing knowledge graphs that materially improve LLM-driven systems. This book provides the end-to-end technical roadmap data ingestion, entity/relation extraction, schema design, storage, querying, and LLM integration required to create explainable, high-precision hybrid AI systems.
What’s inside

• Fundamentals of graph modeling, schema & ontology design, and graph theory essentials.
• Practical pipelines for extracting structured facts from unstructured text using NLP and embeddings.
• Integration patterns for Neo4j/RDF/graph stores, vector databases, and RAG architectures.
• Querying and analytics: SPARQL, Cypher, and hybrid retrieval approaches.
• Performance optimization, versioning, governance, and visualization techniques.
• Domain case studies (healthcare, finance, enterprise search) demonstrating measurable ROI.

Key topics;
knowledge graphs, graph databases, ontology design, entity extraction, SPARQL, Cypher, RAG, embeddings, semantic search, graph-augmented LLMs, information retrieval, data governance.
Who should read this
Data engineers, knowledge engineers, ML/AI practitioners, and technical product managers tasked with building authoritative retrieval systems or explainable AI features. A working knowledge of databases and basic NLP is helpful.
Deliverables & format

• Reproducible projects that convert raw text into production-ready graph assets.
• Query recipes, integration blueprints, and operational guidelines for graph maintenance and scaling.