Overview
Learn core Retrieval-Augmented Generation (RAG) principles using Rust. This path covers RAG basics, building and querying vector databases, integrating text embeddings, and constructing a complete, context-aware RAG pipeline in the Rust ecosystem.
Syllabus
- Course 1: Introduction to RAG with Rust
- Course 2: Text Representation Techniques for RAG Systems with Rust
- Course 3: Scaling up RAG with Vector Databases in Rust
- Course 4: Beyond Basic RAG: Improving our Pipeline
Courses
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Learn what Retrieval-Augmented Generation (RAG) is, why combining retrieval with generation can reduce hallucinations, and how a basic RAG workflow contrasts with naive prompting. This course is mostly informational, setting the stage for more hands-on work in later courses.
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Learn key methods for representing text in RAG systems. Explore why text representation matters, implement a Bag-of-Words model, understand how embeddings capture deeper meaning, visualize embeddings with t-SNE, and compare BOW and embeddings in document retrieval and semantic search.
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Scale up your RAG system by building and querying a vector database. Learn to preprocess documents, store chunk embeddings in ChromaDB, retrieve relevant chunks, and construct prompts that can handle multiple context chunks. Additionally, see how to manage updates to your collection and how to approach large-scale ingestion using batch strategies.
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Advance your RAG pipeline by integrating hybrid retrieval methods that combine BM25 and embeddings, implementing iterative retrieval with query refinement, and summarizing multiple context chunks when needed. Learn to constrain LLM outputs to rely strictly on retrieved context, and apply advanced error handling, fallback strategies, and logging to ensure accuracy and reliability in your system.
Reviews
4.0 rating, based on 1 Class Central review
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The Foundations of Retrieval-Augmented Generation Systems with Rust course is an excellent hands-on introduction to both RAG (Retrieval-Augmented Generation) concepts and Rust programming. It strikes a great balance between theory and implementation, helping you understand how LLMs can be enhanced through context-aware retrieval pipelines.