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Building AI Intensive Python Applications

You're reading from   Building AI Intensive Python Applications Create intelligent apps with LLMs and vector databases

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Product type Paperback
Published in Sep 2024
Publisher Packt
ISBN-13 9781836207252
Length 298 pages
Edition 1st Edition
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Table of Contents (18) Chapters Close

Preface 1. Chapter 1: Getting Started with Generative AI FREE CHAPTER 2. Chapter 2: Building Blocks of Intelligent Applications 3. Part 1: Foundations of AI: LLMs, Embedding Models, Vector Databases, and Application Design
4. Chapter 3: Large Language Models 5. Chapter 4: Embedding Models 6. Chapter 5: Vector Databases 7. Chapter 6: AI/ML Application Design 8. Part 2: Building Your Python Application: Frameworks, Libraries, APIs, and Vector Search
9. Chapter 7: Useful Frameworks, Libraries, and APIs 10. Chapter 8: Implementing Vector Search in AI Applications 11. Part 3: Optimizing AI Applications: Scaling, Fine-Tuning, Troubleshooting, Monitoring, and Analytics
12. Chapter 9: LLM Output Evaluation 13. Chapter 10: Refining the Semantic Data Model to Improve Accuracy 14. Chapter 11: Common Failures of Generative AI 15. Chapter 12: Correcting and Optimizing Your Generative AI Application 16. Other Books You May Enjoy Appendix: Further Reading: Index

Optimizing retrieval-augmented generation

Beyond optimizing the semantic data model itself through vector embedding model choice and metadata enrichment, there are ways to further refine and improve RAG applications. This section covers strategies for optimizing different components and stages of the RAG pipeline.

Key areas of optimization include query handling, formatting of ingested data, retrieval system configuration, and application-level guardrails. Effectively optimizing these aspects can lead to significant boosts in the accuracy, relevance, and overall performance of RAG applications.

Note

This section covers more advanced techniques than the ones discussed in Chapter 8, Implementing Vector Search in AI Applications.

Query mutation

In the naive RAG approach, you use direct user input to create the embedding used in vector search, perhaps augmented with metadata as discussed earlier in the chapter. However, you can drive better search performance by mutating...

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