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- AI
Knowledge Graphs for Artificial Intelligence
This learning path is actively in production. More content will be added to this page as it gets published and becomes available in the library. Planned content includes: - Introduction to Knowledge Graphs - Knowledge Graph Modeling & Databases - Knowledge Graph Algorithms & Reasoning - Machine Learning on Knowledge Graphs - Knowledge Graphs for Generative AI
Knowledge graphs organize entities and relationships to power intelligent systems with structured knowledge. They enhance AI applications by providing factual grounding, enabling semantic reasoning, and improving machine learning performance. This learning path covers foundational concepts, schema design and modeling, graph algorithms, machine learning techniques, and real-world applications with generative AI. You'll learn to design and query knowledge graphs, build embeddings, implement graph neural networks, and integrate knowledge graphs with large language models for retrieval-augmented generation systems. The path uses industry tools including Neo4j, SPARQL, and modern Python libraries for hands-on learning.
Content in this path
Knowledge Graphs for Artificial Intelligence
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What You'll Learn
- Understand knowledge graph fundamentals, standards, and applications across industries
- Design schemas, model relationships, and query graphs using SPARQL and Cypher
- Apply graph algorithms, reasoning techniques, and machine learning (embeddings, GNNs) to knowledge graphs
- Integrate knowledge graphs with large language models for RAG and GraphRAG systems
- Build agentic systems for automating knowledge graph construction and reasoning workflows
- Learners should have basic programming experience, fundamental understanding of databases and data structures, and familiarity with AI and machine learning concepts. Prior experience with graph databases or semantic web technologies is helpful but not required.
- Artificial Intelligence

