RAGLAB
R
RAGLAB
Overview :
RAGLAB is a modular, research-oriented open-source framework focused on Retrieval-Augmented Generation (RAG) algorithms. It provides reproducibility for six existing RAG algorithms and includes a comprehensive evaluation system with ten benchmark datasets, facilitating fair comparisons between different RAG algorithms and enabling efficient development of new algorithms, datasets, and evaluation metrics.
Target Users :
RAGLAB is designed for researchers and developers, especially those interested in natural language processing, machine learning, and artificial intelligence. It provides a platform that allows users to quickly understand, evaluate, and develop new RAG algorithms, thereby advancing research and applications in related fields.
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Use Cases
Researchers used RAGLAB to reproduce the latest RAG algorithms and validated their performance.
Developers utilized RAGLAB's interactive mode to quickly understand and improve retrieval-augmented generation algorithms.
Educational institutions adopted RAGLAB as a teaching tool to help students comprehend the workings of retrieval-augmented generation.
Features
Supports the full RAG process from data collection and training to automated evaluation
Reproduces six state-of-the-art RAG algorithms, with an easily extendable framework for developing new algorithms
Offers both interactive and evaluation modes; the interactive mode is suitable for quickly grasping algorithms, while the evaluation mode is designed for reproducing paper results and scientific research
Provides benchmark results for six algorithms across five task types and ten datasets as a fair comparison platform
Offers a local API for parallel access and caching, with an average latency of less than one second
Compatible with 70B+ models, VLLM, and quantization techniques
Provides customizable instruction templates applicable to various RAG scenarios
How to Use
Clone the RAGLAB repository to your local machine
Create an environment according to the provided YAML file
Manually install necessary dependencies
Download and set up the required models
Run RAGLAB in interactive mode to explore different algorithms
Download and prepare the necessary data to reproduce the results of the paper
Modify the path settings in the configuration file as needed
Start the ColBERT server and test its response
Run multiple experimental scripts using the automatic GPU scheduler
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