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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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Toc

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

Embedding models and vector databases – semantic long-term memory

In addition to the reasoning capabilities provided by LLMs, intelligent applications require semantic long-term memory for storing and retrieving information.

Semantic memory typically consists of two core components—AI vector embedding models and vector databases. Vector embedding models represent the semantic meaning of unstructured data, such as text or images, in large arrays of numbers. Vector databases efficiently store and retrieve these vectors to support semantic search and context retrieval. These components work together to enable the reasoning engine to access relevant context and information as needed.

Embedding models

Embedding models are AI models that map text and other data types, such as images and audio, into high-dimensional vector representations. These vector representations capture the semantic meaning of the input data, allowing for efficient similarity comparisons and semantic...

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