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nirdiamant/rag_techniques

📈 Trending27,163Jupyter NotebookAudience · developerComplexity · 3/5ActiveSetup · moderate

TLDR

Collection of tutorial notebooks teaching advanced techniques for building smarter RAG systems that retrieve and use knowledge bases to give AI chatbots more accurate, up-to-date answers.

Mindmap

mindmap
  root((repo))
    What it does
      Teaches RAG techniques
      Improves retrieval quality
      Enhances AI accuracy
    Key techniques
      Document chunking
      Query formation
      Result ranking
      Context assembly
    Learning format
      Jupyter Notebooks
      Interactive code
      Hands-on examples
    Use cases
      AI assistants
      Document Q&A
      Knowledge bases
      Production systems

Things people build with this

USE CASE 1

Build an AI assistant that answers questions from your own documents with higher accuracy.

USE CASE 2

Improve retrieval quality in RAG systems by learning advanced chunking and ranking techniques.

USE CASE 3

Create production-ready knowledge base systems that give contextually rich, up-to-date responses.

Tech stack

PythonJupyter NotebookRAG frameworks

Getting it running

Difficulty · moderate Time to first run · 30min

Requires installing RAG framework dependencies and potentially setting up a vector database or LLM API key.

License could not be detected automatically. Check the repository's LICENSE file before use.

In plain English

This repository is a curated collection of advanced techniques for building Retrieval-Augmented Generation (RAG) systems, with each technique presented as its own tutorial notebook. RAG is the approach where an AI assistant first looks up relevant information from a body of documents and then uses a large language model to write an answer grounded in what it found. The goal is to make responses more accurate, more relevant to the source material, and less prone to inventing facts. The problem the repo addresses is that a basic RAG setup, chunk some documents, find the most similar chunks, paste them into a prompt, often works poorly in practice. Answers can miss the point, leave out useful context, or pull in noisy material. The repository walks through more advanced techniques aimed at improving accuracy, efficiency, and contextual richness, so practitioners can move past the naive baseline. Each technique ships as a detailed tutorial notebook, so you can read the explanation, run the code, and adapt it to your own project. The repo is positioned as a hub for researchers and practitioners experimenting with RAG, and the description mentions integrations with common AI building blocks for working with language models and embeddings. You would use this when building a search-aware AI assistant, a question-answering tool over a private document set, or any application where an LLM needs to consult external knowledge before responding. The notebooks are written in Python and presented as Jupyter notebooks. The full README is longer than what was provided.

Copy-paste prompts

Prompt 1
Show me how to implement advanced document chunking strategies for RAG systems using the techniques in this repo.
Prompt 2
How do I improve my RAG system's retrieval quality by implementing better query formation and result ranking?
Prompt 3
Walk me through the context assembly techniques in these notebooks to build a more accurate AI assistant.
Prompt 4
What are the key differences between naive and sophisticated RAG approaches, and how do I implement them?
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