Fosowl/agenticSeek
AgenticSeek is a fully local, autonomous AI assistant powered by Deepseek R1 agents that can code, browse the web, and manage files without relying on cloud services, ensuring user data privacy and eliminating ongoing costs.
Awesome AI Agents › Programming Languages
Advanced_RAG is a comprehensive project that explores advanced Retrieval-Augmented Generation (RAG) techniques through practical Python notebooks. It leverages the Langchain framework alongside powerful language models such as OpenAI GPTs and META LLAMA3 to enhance large language models (LLMs) with rich, contextual knowledge. The project is designed to provide a deep understanding of RAG by guiding users through various stages and components of the RAG process, from basic query handling to sophisticated agentic and adaptive mechanisms. The repository includes detailed architecture flows that visually explain the journey of a query through a RAG system, highlighting key components like query construction, multi-query retrieval, self-reflection, and agentic flows. These visual aids help users grasp the complex interactions within advanced RAG systems. The notebooks cover a wide range of topics, including basic RAG app building, query transformations, routing to data sources, indexing methods in vector databases, and retrieval mechanisms such as reranking and fusion. More advanced notebooks delve into self-reflective RAG, which incorporates self-grading on retrieved documents and generated responses, and agentic RAG, which introduces agentic flows to improve retrieval and generation processes. Adaptive and corrective agentic RAG notebooks further enhance these concepts by adding adaptability and correction capabilities to the agentic flows. The project also features a notebook demonstrating the use of LLAMA 3 8B as a local agentic RAG model, showcasing the ability to run sophisticated RAG agents locally. Overall, Advanced_RAG serves as an educational and practical resource for developers and researchers interested in pushing the boundaries of natural language generation by integrating retrieval-augmented techniques with state-of-the-art language models. It offers a hands-on approach to building and understanding complex RAG systems, making it valuable for those aiming to improve the accuracy and informativeness of LLM outputs.
https://github.com/NisaarAgharia/Advanced_RAG
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