IN TODAY'S SIGNAL |
ποΈ Top News
π Retool
β‘οΈ Trending Signals
π€ Top of HuggingFace
π§ Tutorial
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TOP NEWS |
RAG |
Deep Document Understanding with RagFlow |
β§ 10,711 Stars |
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What's New |
Retrieval-Augmented Generation (RAG) is a method that combines the capabilities of information retrieval and language generation. This approach enhances the quality of generated content by first retrieving relevant information from a large dataset and then using that context to generate responses. The RAG model ensures that the answers or content produced are not only coherent but also factually accurate and based on existing data.
Capabilities of RAGFlow
RAGFlow is an open-source engine that implements the RAG methodology, focusing particularly on deep document understanding. Hereβs what RAGFlow allows users to do:
Integrations
- Integration with LLMs such as OpenAI GPT-4o, DeepSeek-V2, Baichuan, and VolcanoArk.
- Enhanced text retrieval capabilities through the addition of BCE and BGE reranker models.
- New support for Markdown and Docx in the Q&A parsing method, along with capabilities for extracting images and tables from these formats.
Features
- Deep Document Understanding: Extracts knowledge from unstructured data in complex formats, ensuring high-quality input leads to high-quality output.
- Advanced Data Retrieval: Capable of locating specific information within a vast array of data, handling virtually unlimited tokens.
- Template-Based Chunking: Offers a range of templates for structured document parsing, combining intelligence with explainability.
- Grounded Citations: Minimizes errors in data retrieval by providing verifiable citations, with visualization tools that permit human intervention during text chunking.
- Broad Compatibility: Works with a diverse array of data sources including Word documents, PowerPoint slides, Excel sheets, text files, images, scanned documents, structured data, and web pages.
- Streamlined Workflow: Automates the RAG process, making it efficient for both individual and enterprise-scale applications.
- Configurable Models: Allows for customization of Large Language Models (LLMs) and embedding models to suit specific needs.
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Access |
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CHECK THE REPO |
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The State of AI: Stop speculating, start building |
Retoolβs newest State of AI report just launched, and itβs packed with data from 700+ devs and tech leaders to help you cut through the hype and learn how to leverage AI for real impact.
The report covers:
- The good, the bad, and the ugly of the AI stack
- How much ROI builders are actually seeing from their AI use
- The real AI use cases builders and businesses love most
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READ THE REPORT |
partner with us |
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TRENDING SIGNALS |
Video Generation |
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β§ 2810 Likes |
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Detection Transformer |
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β§ 839 Likes |
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Language Models
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β§ 1110 Likes |
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Notebooks |
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β§ 46 Likes |
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Implementation |
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β§ 163 Likes |
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TOP OF HUGGINGFACE |
Models |
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MARS5-TTS: With just 5 seconds of audio and a snippet of text, MARS5 can generate speech even for prosodically hard and diverse scenarios like sports commentary, anime and more.
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gemma-2-9b: Gemma is a family of lightweight, state-of-the-art open models from Google, built from the same research and technology used to create the Gemini models.
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Florence-2-large: Florence-2 is an advanced vision foundation model that uses a prompt-based approach to handle a wide range of vision and vision-language tasks.
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Datasets |
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Infinity-Instruct: Infinity Instruct contains 10 million high-quality instructions to fine-tune models and enhance performance.
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Cambrian-10M: Cambrian-10M is a comprehensive dataset designed for instruction tuning, particularly in multimodal settings involving visual interaction data.
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PersonaHub: a collection of 1 billion diverse personas automatically curated from web data. These 1 billion personas (~13% of the world's total population)
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TUTORIAL |
RAG |
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β§ 293 Likes |
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This course covers everything you need to know about Retrieval-Augmented Generation (RAG) using LangChain. You'll dive into the full RAG pipeline and learn how to apply advanced techniques like GraphRAG with Neo4j.
Retrieval-Augmented Generation (RAG) enhances the output of large language models (LLMs) by referencing authoritative knowledge bases outside their training data. This ensures responses are accurate, relevant, and grounded in reliable data. RAG helps overcome LLM limitations such as presenting false, outdated, or generic information, and improves user trust by attributing sources.
Course Content
- Introduction to RAG with Langchain
- Query Transformation
- HyDE (Hypothetical Document Embeddings)
- Routing
- Query Construction
- Indexing
- Retrieval
- Generation
- Generation II
- Putting it all together with Neo4J
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