Course
Retrieval Augmented Generation (RAG) with LangChain
СреднийУровень мастерства
Обновлено 12.2024Начать Курс Бесплатно
В комплекте сПремиум or Команды
PythonArtificial Intelligence3 ч12 videos38 Exercises3,150 XP15,042Свидетельство о достижениях
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Build RAG Systems with LangChain
Retrieval Augmented Generation (RAG) is a technique used to overcome one of the main limitations of large language models (LLMs): their limited knowledge. RAG systems integrate external data from a variety of sources into LLMs. This process of connecting multiple different systems is usually tedious, but LangChain makes this a breeze!Learn State-of-the-Art Splitting and Retrieval Methods
Level-up your RAG architecture! You'll learn how to load and split code files, including Python and Markdown files to ensure that splits are "aware" of code syntax. You'll split your documents using tokens instead of characters to ensure that your retrieved documents stay within your model's context window. Discover how semantic splitting can help retain context by detecting when the subject in the text shifts and splitting at these points. Finally, learn to evaluate your RAG architecture robustly with LangSmith and Ragas.Discover the Graph RAG Architecture
Flip your RAG architecture on its head and discover how graph-based, rather than vector-based RAG systems can improve your system's understanding of the entities and relationships in your documents. You'll learn how to convert unstructured text data into graphs using LLMs to do the translation! Then, you'll store these graph documents in a Neo4j graph database and integrate it into a wider RAG system to complete the application.Предварительные требования
Developing LLM Applications with LangChain1
Building RAG Applications with LangChain
Discover how to integrate external data sources into chat models with LangChain. Learn how to load, split, embed, store, and retrieve data for use in LLM applications.
2
Improving the RAG Architecture
Discover state-of-the-art techniques for loading, splitting, and retrieving documents, including loading Python files, splitting semantically, and using MRR and self-query retrieval methods. Learn to evaluate your RAG architecture using robust metrics and frameworks.
3
Introduction to Graph RAG
Discover how graph databases and retrieval can overcome some of the limitations of traditional vector-based storage and retrieval.
Retrieval Augmented Generation (RAG) with LangChain
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